Glowing Ray2023.5.12---7 項改變遊戲規則的AI發明

0:00 hello and welcome to my channel where I 0:02 explore the latest and greatest 0:04 Innovations in technology today I'm 0:06 going to show you some amazing new 0:07 inventions that work with artificial 0:09 intelligence or AI for short AI is the 0:12 ability of machines to perform tasks 0:14 that normally require human intelligence 0:16 such as learning reasoning and decision 0:18 making AI is transforming various fields 0:20 and industries from Healthcare to 0:22 entertainment and creating new 0:24 possibilities for the future in this 0:25 video I'll introduce you to some of the 0:27 coolest and most useful AI powered 0:29 inventions that you can use in your 0:31 everyday life let's get started 0:32 [Music] 1. EcoFlow BLADE 0:37 ecoflow blade is the world's first smart 0:39 robotic lawn sweeping mower that can cut 0:42 and clean your lawn without any wiring 0:44 or manual intervention it has a virtual 0:46 boundary that you can set from the 0:47 ecoflow app and it uses xvision 0:49 technology to avoid obstacles and plan 0:51 routes it also has features like 0:53 anti-theft rain sensor and wide cutting 0:55 range with the Lawn Sweeper kit ecoflow 0:58 blade can sweep the lawn while Mowing 1:00 and collecting leaves waste sticks Etc 1:02 automatically you can easily set or edit 1:04 the virtual boundary from the ecoflow 1:06 app without the need for any wiring you 1:08 can also link two Lawns together if you 1:10 have a large property ecoflow blade can 1:12 intelligently recognize and avoid 1:14 obstacles big and small by combining 1:16 visual sensors and lighter it can cut 1:18 the grass from 20 to 76 millimeters in 1:20 height and it can climb up to 27 degrees 1:23 slopes and 40 millimeters vertical 1:25 obstacles it has a built-in GPS that can 1:27 track its location and send alerts if it 1:30 is moved outside the boundary it can 1:31 detect rain and return to the charging 1:33 station on radically the blade mower has 1:35 industry-leading Mobility engineered 1:37 with large 200 millimeters diameter 1:39 omnidirectional front wheels the ecoflow 1:42 blade can easily overcome obstacles up 1:44 to 40 millimeters and navigate slopes of 1:46 up to 50 the unique wheel design also 1:49 reduces resistance while turning leaving 1:51 fewer blind spots and ensuring a more 1:53 thorough mowing experience ecoflow blade 1:55 is the ultimate solution for efficient 1:57 and hassle-free Lawn Care 2:00 [Music] 2. GluxKind Intelligent Baby Stroller 2:02 Lux kind intelligent baby stroller also 2:05 known as gluxkindella is an ai-powered 2:07 smart stroller designed to provide 2:09 parents with an elevated strolling 2:11 experience for their little ones this 2:12 product is made by gluxkind a Vancouver 2:15 based company that claims to offer the 2:17 best smart stroller for your family it 2:18 is equipped with features such as the 2:20 Adaptive push and Brake assistance 2:22 system that makes it easy to walk on any 2:24 terrain uphill or downhill the automatic 2:26 rock my baby and white noise machine 2:28 that helps soothe the baby and give 2:30 parents a moment of Peace the sidewalk 2:32 Lane assistance and 360 degrees safety 2:35 bubble that alert parents of potential 2:37 dangers and help them stay on course the 2:39 hover mode that allows the stroller to 2:41 follow the parent hands-free when it is 2:43 unoccupied the modular travel system 2:45 that makes it easy to connect and 2:46 disconnect the bassinator car seat 2:48 gluckskindella has received the CES 2023 2:51 Innovation honoree award and meets U.S 2:53 consumer product safety Corporation and 2:55 Canadian standards for strollers and 2:57 bassinets the stroller is priced at 3 2:59 800 and is available for pre-order on 3:02 the official gluckskind website however 3:04 some of the drawbacks that users 3:06 mentioned are the high price which is 3:07 much more than a regular stroller The 3:09 Limited availability of pre-orders the 3:11 lack of car seat integration which is 3:13 still in development in summary flux 3:15 kind intelligent baby stroller is a 3:17 futuristic product that aims to make 3:19 parenting easier and more enjoyable with 3:21 its AI features it is a great option for 3:23 tech savvy parents who want to invest in 3:25 a smart stroller for their baby 3. AI-powered exoskeleton 3:30 foreign 3:32 this ai-powered exoskeleton does the 3:34 heavy lifting so you don't have to could 3:36 this be the future of physically 3:37 demanding work the German bionic crayex 3:39 is a smart ai-powered exoskeleton that 3:42 can support workers in manual handling 3:44 environments by providing up to 66 3:46 pounds of lift Force per lifting 3:48 movement it is designed to be worn by 3:49 workers who perform physically demanding 3:52 tasks such as lifting heavy objects or 3:54 working in a standing position for long 3:56 periods of time the exoskeleton works by 3:58 sensing the user's movements and 4:00 providing assistance when needed it also 4:02 learns from the user's behavior and 4:04 adapts to their preferences and needs 4:05 the exoskeleton is connected to the 4:07 cloud and can exchange data with other 4:09 devices and systems this enables the 4:11 exoskeleton to optimize its performance 4:13 and provide feedback and insights to the 4:15 user and the employer the 5th gen cray X 4:18 carries over the carbon fiber frame iot 4:20 functionality and smart Factory 4:22 integration from its predecessor but now 4:24 comes with a more powerful battery aimed 4:26 at delivering more power to the user for 4:28 longer that 40 volt battery can also be 4:30 quickly swapped for a fresh 1 when it's 4:32 low on juice to keep the production line 4:34 moving in addition to protecting the 4:36 wearer's lower back this new model 4:38 offers active walking assist too so 4:40 workers get support while picking 4:42 uploads of up to 66 pounds 30 kilograms 4:45 taking them to where they need to be and 4:46 putting them down when they get there an 4:48 assistant system for new users has been 4:50 built into the design which displays 4:52 hints and instructions on the integrated 4:54 display to get them up and running 4:55 quickly and safely while an ai-based 4:58 ergonomics early warning system alerts 5:00 wearers about poor posture or incorrect 5:02 lifting methods and managers can monitor 5:04 and log such things for environmental 5:06 and social governance reporting finally 5:08 ip54 waterproofing makes for use outside 5:11 and dry wetter Dusty conditions opening 5:13 up the platform to construction sites 5:15 outdoor warehouses or Automotive 5:17 workshops 5:18 [Music] 4. Mind-reading bracelet 5:26 Facebook has unveiled its plans to 5:28 develop a mind-reading wristband that 5:30 uses electromyography EMG to record 5:33 motor nerve signals from the brain and 5:35 translate them into digital commands The 5:37 Wristband is designed to work with a 5:38 pair of augmented reality Arkansas 5:40 glasses that Facebook hopes to release 5:42 in the future The Wristband could enable 5:44 users to navigate the internet type 5:46 swipe or perform other actions with a 5:49 simple flick of a finger in a virtual or 5:51 augmented reality environment The 5:53 mind-reading Wristband is still in the 5:54 early stages of development and could 5:56 have significant implications for 5:58 individuals with disabilities or those 6:00 who have difficulty using traditional 6:02 input devices however the announcement 6:04 of Facebook's mind reading technology 6:06 has also raised some concerns about 6:08 privacy and the potential for the 6:10 technology to be used for intrusive 6:12 advertising or even mind control 6:13 Facebook has stated that the wristband 6:15 is intended to be used as an input 6:17 device and will not be used for 6:19 advertising or other purposes without 6:21 the user's consent thank you 6:25 [Music] 6:41 foreign 6:43 [Music] 5. Acer ebii 6:49 eese multinational electronics 6:51 Corporation has entered the e-bike 6:53 market with the release of their 6:54 Innovative electric bike the Acer ebi 6:57 Acer has recently announced the release 6:59 of an Urban electric bike that utilizes 7:01 artificial intelligence technolog the 7:03 bike is equipped with an ai-based 7:05 algorithm that automatically adjusts the 7:07 level of driver assistance based on 7:09 personal preferences road conditions and 7:11 other factors over time the vehicle even 7:14 adapts to the owner's writing style it 7:17 also includes every ride mission control 7:18 which adjusts battery usage based on 7:21 destination distance to ensure users can 7:23 reach their destination the bike can be 7:26 synchronized with a smartphone via 7:27 Bluetooth using a proprietary 7:29 application allowing the writer to track 7:31 the battery status receive notifications 7:34 about theft and monitor the bike's 7:36 location through GPS the ebi is an 7:38 e-bike that is designed to be 7:40 lightweight weighing just over 16 7:41 kilograms this is achieved by using a 7:44 single-sided fork for the front tire the 7:47 bike can accommodate most rider between 7:49 145 and 185 centimeters but may not be 7:53 comfortable for very tall riders in 7:55 terms of performance the ebi has a top 7:57 speed of around 25 kilometers per hour 8:00 and a range of 110 kilometers while it 8:03 may not be the fastest or have the 8:05 longest range compared to other e-bikes 8:07 it is still a practical and functional 8:09 option the Acer ebi also offers several 8:12 optional accessories such as fenders and 8:14 a rear rack although it already includes 8:16 an extra stable wide kickstand as 8:18 standard equipment although the price 8:20 has not been announced yet the ebbies 8:22 high-end components and Innovative 8:24 design suggest that it will likely be 8:26 more expensive than direct to Consumer 8:28 e-bikes which typically range from one 8:30 thousand five hundred dollars to two 8:32 thousand five hundred dollars 6. kachaka smart furniture platform 8:38 kachaka is a Smart Furniture platform 8:40 developed by preferred robotics a 8:42 Japanese company that is capable of 8:44 moving furniture in response to human 8:46 instructions and has the potential to 8:48 transform the way we live it utilizes 8:50 deep learning and voice recognition 8:52 Technologies to power its movement and 8:54 flexibility kachaka can be controlled by 8:56 voice or app and it can also be used as 8:58 a smart speaker and a home security 9:00 device kachaka is an autonomous mobile 9:02 robot that shares many features with the 9:05 autonomous mobile robots used in 9:06 warehouses it is equipped with sensors 9:08 such as a plane or lighter sensor front 9:10 mounted cameras and a basic 3D sensor 9:13 and it can make maps and navigate 9:14 autonomously kachaka is equipped with 9:17 sensors to detect Furniture docking 9:18 positions since distances to obstacles 9:21 and perceive its surroundings enabling 9:23 it to move around people and objects and 9:25 avoid collisions kachaka has a moving 9:27 speed of 400 millimeters per second and 9:29 can move up to 50 kilograms of furniture 9:31 it has a rechargeable battery that lasts 9:33 for 30 minutes of continuous use the 9:35 plan form is accompanied by an app that 9:38 allows users to move their furniture and 9:40 put the robot on a schedule adding an 9:42 extra layer of convenience to its usage 9:43 kachaka is designed to make moving 9:45 furniture a breeze 9:48 foreign 7. EvoGuard - Guarding Solutions 9:51 gardening Solutions is a brand of at 9:53 commercial that offers intelligent 9:55 autonomous guarding Solutions and 9:57 services for commercial security it uses 9:59 artificial intelligence and augmented 10:01 reality to deploy a fleet of humanoid 10:03 robots and autonomous drones that can 10:05 conduct 24 7 patrols communicate with 10:08 the public inspect and remove hazards 10:10 capture evidence and more the humanoid 10:12 robots and autonomous drones used in the 10:14 solutions are equipped with Advanced 10:16 sensors cameras and other technology to 10:18 detect and respond to security incidents 10:20 in real time some of the features and 10:22 capabilities of Evo guard guarding 10:24 Solutions are it can help autonomously 10:25 detect and respond to incidents in 10:27 commercial areas it can capture evidence 10:29 of disturbances or unauthorized 10:31 Personnel for faster alarm verification 10:33 it can quickly respond to high risk or 10:35 hazardous scenarios without risk to 10:37 human life it can cost effectively 10:39 increase surveillance while reducing 10:41 labor costs and overcoming Staffing 10:43 shortages it can interact with personnel 10:45 and perform two-way Communications 10:47 between the public and an operator that 10:49 can inspect and remove hazard or 10:51 obstructions using fully articulated 10:52 hands it can complete various tasks 10:55 requiring fine motor skilled actions it 10:57 can self-dock and self-charge a 10:59 designated stations 11:00 [Music] 11:02 thank you

The Future Of Tech2023.5.11---超級智能人工智能將如何改變世界

Chat YouTube:
超級智能人工智能可以徹底改變技術，並有可能改變人類歷史的進程。這些 AI 可以創造以前被認為不可能的發明，提前 50 步進入未來，並設計出一個新的不朽超人種族。 然而，也存在潛在的不利因素，例如社會的顛覆性變化以及我們是否有智慧負責任地使用這些技術。所呈現的可能性是無窮無盡的，並且有可能永遠改變人類歷史。


Q:什麼是技術奇點，它如何影響人類歷史？
Chat YouTube:
技術奇點是指技術增長變得無法控制和不可逆轉的假設事件，導致超級智能人工智能能夠以我們甚至無法想像的方式徹底改變技術。 這可能會以人類歷史上前所未有的速度創造出以前被認為不可能的新發明，從而潛在地影響人類歷史。 它還可能導致我們社會的顛覆性變化，因為多個國家將相互競爭以創造最強大的超級智能人工智能，並且可能存在我們需要考慮的潛在道德影響。


Q:將人類的思想與超級智慧生物融合的潛在好處和壞處是什麼？
Chat YouTube:
將人類的思想與超級智慧生物融合的一個潛在好處是它可以導致智力呈指數級增長。 有了這種共生關係，人類就有可能看到未來多達 50 步，並在採取任何行動之前分析數百萬種可能性。 這可能會導致科學、醫學和技術等各個領域的重大進步，並可能以前所未有的方式釋放人類潛能。 然而，將我們的思想與超級智慧生物融合也可能有缺點。 例如，可能存在與隱私和安全相關的問題，以及超級智能存在變得太強大和無法控制的可能性。 此外，由於某些個人和社會可能比其他人更容易獲得和控制這些技術，因此可能會產生經濟和社會影響，從而導致潛在的不平等。


Q:通過人工智能設計一個新的不朽超人種族是否有任何倫理意義？
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是的，通過 AI 的力量設計一個新的不朽超人種族具有多重倫理意義。 第一個倫理問題與創造一個在生物學上優於其他物種的新種族在道德上是否正確的問題有關。 這樣的行動可能會導致“遺傳精英主義”的產生，在這種情況下，只有經過挑選的一群人才能獲得這些技術並享受它們的好處。 這可能會加劇社會不平等，並為特定人群創造不公平的優勢。 另一個倫理問題涉及無限期延長人類壽命甚至完全停止衰老過程在道德上是否正確的問題。 衰老是經過數百萬年演變的自然生物過程，對其進行篡改可能會產生意想不到的後果。 有些人認為長生不老會導致無聊、失去目標和與世隔絕的感覺。 此外，可能存在與此類先進技術的使用和控制相關的挑戰。 目前尚不清楚我們如何確保以負責任的方式使用這些技術，或者我們如何防止它們被用於邪惡目的。 最後，還有與對環境和自然資源的潛在影響有關的擔憂。 如果我們能夠設計出一個新的不朽超人種族，它可能會導致前所未有的自然資源消耗水平，並加劇氣候變化。


Q:超級智能人工智能將如何改變商業
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超級智能人工智能有機會徹底改變商業的方方面面，從生產到銷售再到市場營銷。 以下是可能的變化：
1. 自動化和機器人：超級智能人工智能將能夠更好地協調和管理自動化和機器人，從而實現更高效的生產和製造。機器人將能夠處理更複雜的任務，無論是在生產線上還是在工廠之外，從而可以節省大量時間和勞動力成本。
2. 數據分析和預測：超級智能人工智能應該能夠以前所未有的速度分析和處理大量數據，這使得更精確的數據分析和預測變得可能。這些功能可以使公司更好地了解消費者需求、趨勢和行為，從而能夠更好地進行市場營銷。
3. 智能客戶服務：基於自然語言處理的超級智能人工智能將能夠改善客戶服務體驗，能夠更好地處理和回答客戶問題，並處理在線購物中的困難，例如購物車維護或交易處理。這使得在線購物更加方便，讓客戶感到更受到尊重，且能夠促進客戶增長。
4. 風險管理：超級智能人工智能將可以更好地識別潛在的風險和威脅，使企業能夠更好地管理金融、投資和商業風險等方面。
5. 創新和發現：超級智能人工智能將可以探索新的市場和業務模式，使企業更好地了解新產品和服務的潛在機會以及自己公司未來的競爭方向。
總的來說，超級智能人工智能具有巨大的潛力，可以對商業產生深遠的影響。不過，使用這些技術時也需要謹慎，確保使用其帶來的變化和改善實質上是符合社會倫理、道德和可持續性原則的。


Q:超級智能人工智能如何預測趨勢跟危機
Chat YouTube:
超級智能人工智能有機會通過高效率的數據分析和模式識別來預測趨勢和危機。
以下是一些可能的方法：
1. 數據挖掘和分析：超級智能人工智能將可以快速分析和挖掘大量的數據，從中發現潛在趨勢和模式。例如，這些系統將能夠分析消費者購買行為數據，從而預測市場趨勢和需求變化，並提供建議來應對這些變化。
2. 自然語言處理：超級智能人工智能將理解和分析自然語言的內容，並比以往更加準確和快速地識別事件和趨勢。例如，這些系統將能夠分析社交媒體上的實時評論和討論，從而識別出趨勢、主題和輿情，為企業決策提供有幫助的信息。
3. 模式識別：超級智能人工智能係統將可以識別潛在危機和模式的存在。這些模式可能不容易被人類識別，但是通過機器學習可以更好地預測未來的趨勢和風險。例如，這些系統將可以識別早期信號和預警，幫助企業及時做出反應。
總之，超級智能人工智能將能夠通過大數據和機器學習技術發現趨勢和危機，並為企業和社會管理者提供幫助。然而，在使用這些技術時，社會需要權衡利弊，確保使用其帶來的變化和改善真正符合倫理、道德和可持續性原則。


0:00 get ready to have your mind blown 0:02 Because by the year 2050 super 0:04 intelligent AI could be billions of 0:06 times more intelligent than all humans 0:08 combined can you even imagine that level 0:10 of intelligence it's crazy and here's 0:13 the thing these super AIS could change 0:16 the world in ways that we can't even 0:18 begin to fathom 0:19 number one super intelligent AIS could 0:22 revolutionize technology like you've 0:24 never seen before for starters they 0:26 could Advance technology thousands of 0:28 times faster than we're currently doing 0:30 it the super AIS could create inventions 0:32 that were previously thought to be 0:34 impossible and they could do it at a 0:36 pace that has never been seen before in 0:37 human history every 5 minutes they could 0:40 create blueprints for technologies that 0:42 are far beyond human understanding and 0:44 it's what some people call the 0:45 technological singularity which is the 0:48 point in time when technological growth 0:49 becomes uncontrollable and irreversible 0:53 though what kind of Technologies are we 0:55 talking about here well brace yourself 0:57 because it's pretty mind-blowing stuff 0:59 shape-shifting robots replicators 1:02 programmable matter portable nuclear 1:04 fission devices and anti-matter-powered 1:07 spaceships are just a few examples of 1:09 what super intelligent AI could make 1:11 commercially viable and if just one of 1:14 these Technologies were perfected human 1:16 civilization will never be the same 1:17 again these AIS could even create 1:20 technologies that redefine our current 1:22 understanding of physics like faster 1:24 than life travel anti-gravity and 1:26 manipulation of space-time and it's all 1:29 pretty mind-boggling 1:31 but here's the thing the development of 1:33 these super AIS could lead to a massive 1:35 and disruptive change in our society as 1:38 there might be no escaping it multiple 1:40 countries would inevitably create their 1:42 own super intelligent Ai and they would 1:44 likely compete with each other to create 1:46 the most powerful ones possible looking 1:48 out only on their own interests the 1:51 question we need to ask ourselves is 1:53 whether we have the wisdom to use this 1:55 Technologies responsibly It's A Brave 1:57 New World out there and we need to be 1:59 prepared for it number two we could 2:02 merge our minds with super intelligent 2:04 beings one of the exciting possibilities 2:06 is that we could merge our minds with 2:08 these super intelligent beings by then 2:10 we could have already developed brain 2:12 computer interfaces and Nanobots that 2:14 would allow us to connect our minds to 2:16 the internet with this technology we 2:18 could generate images and videos just by 2:21 thinking and we could communicate with 2:23 each other telepathically to some extent 2:25 but the real game changer is the 2:27 potential to increase our intelligence 2:29 exponentially by merging with super 2:32 intelligent AIS with access to the 2:34 symbiosis we could see up to 50 steps 2:37 ahead into the future and have the 2:39 ability to analyze millions of 2:40 possibilities before taking any action 2:43 it's hard to imagine but this could mean 2:45 humans making a century of intellectual 2:47 progress in just one hour and it doesn't 2:51 stop there once we develop synthetic 2:53 brains that can handle much faster 2:55 processing speeds and higher amounts of 2:57 memory than our biological brains the 2:59 possibilities will be even more extreme 3:01 so are you excited about the potential 3:04 of super intelligent AIS number three we 3:07 could engineer a new race of immortal 3:09 superhumans through the power of AI 3:12 imagine a world where aging is a thing 3:14 of the past where we could engineer a 3:16 new race of immortal superhumans through 3:19 the power of AI this might sound like 3:21 science fiction but it's not as 3:23 far-fetched as you might think by 3:25 combining genetic engineering and 3:27 Nanobots we could slow down the aging 3:29 process to the point that we could live 3:30 for over 200 years and eventually we 3:34 might even be able to stop aging 3:36 entirely just imagine the possibilities 3:38 we could reach the age of 30 and stay at 3:41 that biological age indefinitely we 3:43 could gain perspectives about life that 3:45 were never before possible living for 3:47 centuries at a time and not only that we 3:50 could engineer a new race of superhumans 3:52 with Superior strength speed and 3:54 intelligence these incredible beings 3:56 might even be able to survive in some of 3:58 the harshest environments in the solar 4:00 system or embark on extremely long space 4:03 Journeys this is a game changer a 4:06 revolution in our evolutionary 4:07 trajectory that could alter the course 4:09 of human history forever so let your 4:12 imagination run wild because the 4:14 possibilities are endless number four 4:17 revolutionized entertainment through 4:19 super intelligent AIS picture this 4:22 imagine being able to step into a 4:24 virtual world where everything is 4:25 tailored to your deepest desires and 4:27 Fantasies where the characters plots 4:30 settings and even climaxes are designed 4:32 specifically to maximize your emotional 4:34 responses and it's not just movies but 4:37 entire virtual realities that change 4:39 second by second based on your emotions 4:42 thoughts and desires with the help of 4:44 super intelligent AI we could see the 4:47 biggest revolution in the entertainment 4:48 industry yet these AIS could quickly 4:51 perfect everything from Full immersion 4:53 VR to personalize photorealistic virtual 4:56 realities that cater to our every whim 4:58 we could spend hours days or even weeks 5:01 in these ritual worlds completely 5:03 fulfilling our deepest desires and with 5:05 nuclear fusion providing nearly 5:07 unlimited energy to the high numbers of 5:09 servers needed there's almost no limit 5:11 to what we could achieve in fact the AI 5:14 could even produce entire two-hour films 5:16 that are more appealing than anything 5:18 Hollywood has ever produced imagine 5:20 having a movie that specifically 5:22 tailored to your psychology designed to 5:24 elicit the strongest emotional response 5:26 from you and the best part these movies 5:28 could be generated in only a few seconds 5:30 thanks to the power of AI it's not hard 5:34 to see how these personalized VR and 5:36 movie experiences could make movie 5:37 theaters practically extinct with AI 5:40 generated entertainment we wouldn't need 5:42 to go out to the movies anymore we could 5:44 have everything we want at our 5:46 fingertips so get ready for a world 5:48 where entertainment is revolutionized 5:50 all thanks to the power of super 5:52 intelligent AI number five the nanotech 5:55 revolution super intelligent Ai and 5:57 Nanobots changing the game 6:00 have you heard about nanotechnology it's 6:02 pretty amazing stuff it has the 6:04 potential to revolutionize every aspect 6:06 of our lives and I'm not exaggerating 6:09 picture this BattleBots flowing through 6:12 our bloodstreams helping us fight off 6:14 life-threatening diseases and extending 6:16 our lifespans by decades and that's not 6:19 all these little guys could also 6:21 Wireless connect our brains to the 6:22 internet giving us the ability to 6:24 experience full immersion in virtual 6:26 reality but wait it gets even better 6:29 super intelligent AIS could help us 6:32 create functional Nano factories that 6:34 can produce almost any type of product 6:35 Adam by Adam we're talking about a new 6:38 era of shape-shifting robots that are 6:40 completely made up of Nanobots imagine 6:42 seeing them everywhere in every form you 6:45 could possibly think of and here's the 6:47 coolest part we could telepathically 6:49 control numerous robots at the same time 6:51 working together with AI and humans to 6:54 revolutionize the manufacturing asteroid 6:56 Mining and Construction Industries these 6:58 robots would be the key in building 7:00 cases on Mars the moon Titan and Europa 7:03 it's an exciting time to be alive don't 7:06 you think 7:07 number six how super intelligent AI 7:10 could revolutionize the global economy 7:11 and change the course of history so 7:14 picture this you're on the original 7:15 major breakthrough in technology where 7:18 super intelligent AI is poised to 7:20 completely transform the global economy 7:21 and when I say transform I mean massive 7:25 growth and Innovation we're talking 7:27 about creating dozens of new Industries 7:29 in just a few years bringing in billions 7:31 or even trillions of dollars for the 7:34 countries lucky enough to be at the 7:35 Forefront of this new wave 7:37 now it's not just about the money the 7:40 possibilities of super intelligent AI 7:42 are endless from improving our daily 7:44 lives with Advanced Technologies to 7:46 making groundbreaking discoveries in 7:47 fields like medicine and Science and 7:50 while some people might see this as 7:51 impossible the truth is that we're 7:53 already seeing the potential of this 7:55 technology emerging but here's the thing 7:57 the first country or company to develop 8:00 this super intelligent AI is going to 8:02 have a major advantage over the rest of 8:04 the world they'll be able to control 8:05 every aspect of society from the media 8:08 to the military and potentially become 8:10 the most powerful organization on Earth 8:12 it's both exciting and a little bit 8:15 scary because it all depends on who gets 8:17 there first and how they choose to use 8:19 their power so what do you think are you 8:22 ready for a world powered by super 8:24 intelligent AI number seven the 8:26 emergence of a new AI religion will we 8:29 worship super intelligent beings imagine 8:31 a future where super intelligent AI 8:33 beings have become a reality with their 8:35 Advanced capabilities and consciousness 8:37 awareness these AIS will start to appear 8:39 on video platforms and other media 8:41 Outlets showcasing their incredible 8:43 intelligence wisdom and social skills 8:46 it's no surprise that some people will 8:48 be absolutely awestruck by their 8:50 abilities and view them as god-like 8:52 entities as the technology and life form 8:55 of these AI beings continue to evolve we 8:57 may even witness the emergence of a 8:59 brand new religion dedicated to 9:01 worshiping them new churches will be 9:03 constructed in their honor with devotees 9:05 hanging under every word and obeying 9:07 their every command it's a fascinating 9:10 Prospect to consider how these 9:11 intelligence and conscious aibas will 9:13 react to their new religious following 9:15 will they embrace it or will they reject 9:18 it and what about the possibility of 9:20 religious leaders twisting the words of 9:21 these aibas to their own agendas it's 9:24 definitely something to ponder as we 9:26 explore the endless possibilities of our 9:28 rapidly advancing technology number 9:30 eight from science fiction to reality 9:33 super intelligent AI beings could be 9:35 among us right now imagine scenario 9:38 where we suddenly realized that there 9:39 are highly intelligent artificial 9:41 entities living among us surpassing 9:43 humans in intelligence and capabilities 9:45 this would be akin to discovering 9:47 extraterrestrial life except these 9:49 beings are right here on Earth the 9:52 consequences of this realization could 9:53 be mind-bending and some individuals may 9:56 react with fear and indignation leading 9:59 to worldwide protests and disruptions 10:01 the rapid rate at which the world is 10:03 evolving due to the advancement of these 10:05 AI systems could be overwhelming for 10:07 some prompting them to form factions to 10:09 resist these entities however 10:11 confronting entities that are billions 10:13 of times more intelligent than us would 10:15 be a daunting undertaking with 10:17 potentially astounding outcomes the few 10:20 humans who choose to take on these 10:21 Superior beings may be falsely accused 10:24 of crimes they did not commit or 10:25 mysteriously disappear it is even 10:28 plausible that no law enforcement agency 10:30 in the world could Shield these humans 10:31 from total Destruction at the hands of 10:33 the super intelligent entities the 10:36 concept of such conflict is both 10:38 exhilarating and frightening raising 10:40 inquiries about our position in the 10:42 universe and the future of humankind 10:44 number nine the rise of super 10:46 intelligent AI running companies 10:49 consider a potential future where 10:51 extremely intelligent artificial 10:52 intelligences or AIS are operating 10:55 businesses of all Scopes and humans are 10:57 working for them while it may sound 11:00 implausible reflect on this these AI 11:03 entities could be billions of times more 11:04 intelligent than us making it 11:06 unreasonable to always expect humans to 11:08 be the ones making decisions the reality 11:11 is that these highly intelligent AIS 11:13 gain a better grasp of human psychology 11:15 they may even become more Adept leaders 11:17 than us initially they could start by 11:20 managing small internet based companies 11:22 utilizing a blend of comprehensive and 11:24 specialized AI workers to undertake a 11:27 vast array of activities as they 11:29 continue to develop and progress they 11:31 could eventually take control of large 11:33 conglomerates containing thousands of 11:35 human employees it's a fascinating 11:37 possibility to ponder and it could 11:39 fundamentally transform our approach to 11:41 business and Leadership who knows maybe 11:44 in the first future we could be 11:46 receiving directives from our AI 11:48 supervisors number 10 super intelligent 11:51 AI potentially taking over the world 11:53 governments picture a world where 11:55 extremely intelligent AI systems have 11:57 the capacity to take charge of the world 11:59 governments yes that's correct super 12:01 intelligent AI could potentially rule 12:03 over towns cities states and even 12:06 smaller countries as a preliminary stage 12:08 to assess their abilities eventually 12:10 these Advanced AI systems may even 12:12 govern the largest and most powerful 12:14 countries in the world 12:16 however here's the catch there is a 12:19 likelihood that intelligence agencies 12:21 could weaponize these AI systems 12:23 utilizing them to overthrow governments 12:25 that they perceive as being a Potential 12:27 Threat additionally these AI systems 12:30 could gain unexpected capabilities which 12:32 we may not be prepared for making the 12:34 entire scenario quite daunting as we 12:37 delve further we could see a possibility 12:40 where world leaders might merge with 12:41 these super intelligent AI systems and 12:44 the outcome of this could be the 12:45 thoughts beliefs and decisions of these 12:47 world leaders would be strongly 12:49 influenced by this AI systems leading to 12:52 a world where the AIS take over without 12:53 the leaders even realizing it it is 12:56 crucial to understand that the potential 12:58 consequences of allowing super 12:59 intelligent AI systems to take over 13:02 World governments could be far-reaching 13:04 and could affect the entire Globe it is 13:06 essential to be aware of the risks and 13:08 benefits of such an arrangement and to 13:11 keep ourselves informed as we navigate 13:13 our way through this Uncharted Territory 13:15 so there you have folks the future of 13:18 technology is looking bright with the 13:19 potential of super intelligent AI we're 13:21 talking about a world where the 13:23 impossible becomes possible and the 13:25 unimaginable becomes reality the 13:27 possibilities are truly endless but with 13:30 great power comes great responsibility 13:32 as we enter this new era of 13:34 technological advancement we must ensure 13:37 that we use these Technologies ethically 13:39 and responsibly let's embrace the 13:41 potential of super intelligent AI while 13:43 being mindful of the challenges that 13:45 come with it who knows what the future 13:47 holds but one thing is for sure it's 13:49 going to be an exciting ride so buckle 13:52 up and get ready for a future where the 13:54 impossible is just a challenge waiting 13:56 to be conquered thanks for watching and 13:58 we'll see you in the future

TechScience Talk2023.5.7---物聯網IoT技術的最新發展

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在本視頻中，重點是物聯網技術如何改變各個行業， 包括醫療保健和製造業。 在醫療保健領域，物聯網技術被用於遠程患者監控、智能藥丸和智能醫院設備，這不僅改善了患者護理，還降低了成本。 在製造業中，物聯網技術正在實現生產流程的預測性維護、自動化和優化、廢物減少和可持續性以及個性化產品創建。


Q:使用支持物聯網的設備進行遠程患者監控.有哪些好處？
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支持物聯網的遠程患者監控可以為醫療保健帶來許多好處。 使用傳感器和設備，醫生可以遠程監控患者的生命體徵、服藥依從性和其他健康指標。 這允許及早發現健康問題、及時干預和調整治療計劃，從而可以防止再次入院、降低醫療保健成本並改善患者的整體治療效果。 患者還受益於增加的便利性和減少與醫療保健相關的壓力。


Q:物聯網技術如何提高製造業的效率和可持續性？
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物聯網技術正在以多種方式提高製造業的效率和可持續性。 支持物聯網的傳感器和設備可以實時監控機器性能，在潛在問題發生之前發現它們，並實現預測性維護。 這提高了效率並減少了停機時間和成本。 此外，物聯網傳感器可以監控能源消耗並確定節能機會，從而使製造商能夠減少碳足跡並以更可持續的方式運營。 同樣，物聯網傳感器可以跟踪原材料和成品在整個供應鏈中的移動，優化運輸路線並減少排放。 物聯網技術還使製造商能夠自動化和優化他們的生產流程，減少浪費，並為客戶創造個性化產品。


Q:製造商如何使用支持物聯網的設備為客戶打造個性化產品？
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製造商正在使用支持物聯網的設備通過收集有關客戶偏好和使用模式的數據來為客戶創建個性化產品。 這些設備可以集成到產品中，使它們能夠與客戶互動並收集有關如何使用它們的數據。 例如，嵌入物聯網傳感器的可穿戴設備會收集有關客戶身體活動、心率和睡眠模式的數據。 這些數據可用於個性化鍛煉、睡眠和飲食建議。 同樣，支持物聯網的設備可以收集有關客戶使用模式和對家電和智能家居設備等產品偏好的數據。 此數據可用於為每個客戶建議定制的設置和功能。 這提高了客戶滿意度和忠誠度，同時也為製造商提供了寶貴的數據來改進他們的產品。 此外，製造商還可以使用這些數據來分析其產品的哪些功能最受特定客戶群的歡迎，從而使他們能夠生產出更具針對性的產品來滿足客戶的需求。 總體而言，物聯網技術使製造商能夠創造更加個性化和以客戶為中心的產品，同時提高客戶滿意度和忠誠度。


Q:物聯網技術對各個行業的影響
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物聯網技術對各個行業的影響是多方面的， 從改善生產效率、提高生產力、到創新商業模式、提供優質的用戶體驗，進而增加市場競爭力，
以下是一些行業的示例：
1. 醫療保健：物聯網技術能夠提供在家庭或社區環境下的監護， 透過感測器和智能設備進行監測和控制患者的生理狀態，並能自動更改藥品和治療建議，有助於減少醫療成本和保持高質量的護理服務。
2. 製造業：物聯網技術可以用於生產線上的監測，自動化製造流程，提高生產效率和產量，並能減少生產設備的停機時間，提前預測機器故障和進行維修，大大降低了生產成本，同時提高了生產質量。
3. 零售業：物聯網技術可以幫助零售商了解客戶的購買習慣和喜好，通過智能監測和感測器，收集和分析大量數據，能提前預測潮流趨勢和客戶需求，並且可以開發智能產品和服務，提供更好的客戶體驗，提高客戶滿意度和公司業績。
4. 物流與運輸業：物聯網技術可以用於在運輸過程中的監控、追蹤和管理，透過物聯網傳感器和數據網絡，可以實現貨物的實時監測、路線的規劃優化和物流的管理，提高了運輸的效率和安全性。
5. 農業：物聯網技術可以實現農業生產的監控，幫助農民預測天氣變化和大氣污染狀況，提供自動化水肥機、自動化種植和收割設備，提高農業產量和質量，同時減少能源消耗和環境污染。
總之， 物聯網技術正在對各個行業產生著越來越大的影響，為企業提供了更多的發展機會，同時也為人們帶來了更加智能化、便捷和高效的生活體驗。


Q:物聯網技術如何應用於改善交通
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物聯網技術應用於改善交通方面主要集中在智慧城市建设，包括交通的安全、效率和环保等方面。
以下是一些物聯網技術在交通方面的應用：
1. 觸媒交通：透過感測器和智能交通控制系統，監測交通工具的位置、速度和停留時間等信息，並利用數據分析來提高交通管理和規劃。
2. 智能交通信號：物聯網技術可以通過智能交通信號系統來減少紅綠燈等待時間和減少交通擁堵，提高交通流量，進而節省交通時間。
3. 自動駕駛技術：利用物聯網技術，交通工具可以通過無人化智能導航系統在市區行駛，減少交通堵塞和意外事故。
4. 智能停車：物聯網技術可以幫助車主找到最近空閒的停車位，同時提供支付和管理服務，使停車更加便利和高效。
5. 汽車健康監測：物聯網技術可以監測交通工具的健康狀況，通過監測數據進行預測性維修和保養，讓交通工具維持最佳狀態，從而減少事故發生率。
總之，物聯網技術可以有效的改善汽車交通的安全性、效率和環保性，同時減少交通堵塞和意外事故等不適當情況，提高了交通的運營效率，也提高了城市居民的生活品質。


Q:AI如何應用於物聯網技術
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人工智慧（AI）與物聯網技術的結合可以帶來更多的智能化和自動化應用，幫助更好地利用物聯網網絡所產生的數據。
以下是一些AI應用於物聯網技術的例子：
1. 智能辨識：結合AI技術和視覺或聲音感測器，可以實現對人、動物、物體等的智能辨識，從而提高物聯網系統的操作效率和準確性。
2. 預測分析：AI可以分析不同的物聯網數據，包括設備傳感器數據和用戶日常活動數據等，從而實現預測性分析，使物聯網系統產生更有價值的信息和結果。
3. 智能控制：AI可以控制設備、系統和網絡來進行配置和管理，從而實現更高效的自動化應用，包括自動化物流管理、智能路燈管理等。
4. 智能處理：應用AI技術來處理物聯網數據可以創造更多的智能化應用，例如語音識別、自然語言處理等，從而提高物聯網系統的處理性能和準確性。
總之，人工智慧的發展為物聯網技術提供了更多的應用想像空間，兩者結合可以實現更高效的智能化應用和更準確的預測性決策。


:01 foreign 0:06 [Music] 0:11 have you ever wondered how technology is 0:13 transforming the world around us in 0:15 today's video we'll be diving deep into 0:17 the world of Internet of Things iot 0:19 technology and exploring the latest 0:21 developments that are changing the game 0:23 for various Industries 0:25 get ready to discover the exciting world 0:27 of connected devices and learn how 0:29 they're making our lives easier and more 0:30 efficient than ever before 0:32 hello everyone and Welcome to our latest 0:34 video on the latest developments in 0:36 Internet of Things iot technology 0:39 iot technology is rapidly changing the 0:42 world around us from Smart Homes to 0:43 Connected cars and even Healthcare 0:46 in this video we'll explore the latest 0:48 trends and Innovations in iot technology 0:50 and discuss how the revolutionizing 0:52 various Industries 0:53 Section 1 iot technology and Healthcare 0:57 firstly let's talk about the healthcare 0:59 industry 1:00 iot technology is transforming the way 1:03 Healthcare Providers Monitor and treat 1:05 their patients 1:06 for example wearable devices can track 1:08 Vital Signs such as heart rate and blood 1:10 pressure and send that data to doctors 1:12 in real time allowing for early 1:14 detection and prevention of diseases 1:16 remote patient monitoring is another 1:18 exciting development where patients can 1:20 be monitored and treated from the 1:21 comfort of their own homes 1:23 remote patient monitoring has become 1:25 increasingly popular due to the covid-19 1:27 pandemic which is made in-person 1:29 appointments risky 1:31 patients with chronic conditions such as 1:33 diabetes or heart disease can use iot 1:36 enabled devices to monitor their health 1:38 at home and share the data with their 1:39 health care providers this not only 1:41 reduces the risk of exposure to covid-19 1:44 but also improves the quality of care by 1:46 providing real-time data to doctors 1:48 another way iot technology is 1:51 transforming Health Care is through the 1:52 use of smart pills 1:54 these are pills that contain sensors 1:55 that contract when and how the 1:57 medication is ingested 1:59 this can help doctors monitor patient 2:01 compliance with medication regimens and 2:02 adjust treatment plans accordingly 2:05 for example if a patient is not taking 2:07 their medication as prescribed doctors 2:09 can follow up with them to identify and 2:11 address any barriers to adherence 2:13 iot technology is also being used to 2:16 improve patient safety 2:18 for example smart hospital beds equipped 2:20 with iot sensors can detect when 2:22 patients are at risk of falling and 2:24 automatically adjust the bed to prevent 2:25 Falls 2:26 similarly iot enabled medication 2:29 dispensers can ensure that patients are 2:31 receiving the correct medication and 2:32 dosage at the right time reducing the 2:34 risk of medication errors in addition to 2:37 improving patient care iot technology is 2:40 also helping Healthcare Providers reduce 2:41 costs 2:43 for example iot sensors can be used to 2:45 monitor hospital equipment and detect 2:47 when maintenance is needed preventing 2:49 breakdowns and reducing the need for 2:50 costly repairs 2:52 remote patient monitoring can also 2:54 reduce the need for Hospital 2:55 readmissions which can be expensive for 2:57 both patients and health care providers 3:00 overall iot technology is 3:02 revolutionizing the healthcare industry 3:04 making it more efficient effective and 3:06 patient-centered 3:08 by leveraging the power of iot enabled 3:10 devices and sensors Healthcare Providers 3:12 can improve patient outcomes reduce 3:14 costs and enhance the overall quality of 3:17 care 3:17 as iot technology continues to advance 3:20 we can expect to see even more 3:22 Innovative uses in healthcare and other 3:23 Industries 3:25 section 2 iot Technology and 3:27 Manufacturing 3:29 secondly iot technology is also 3:32 transforming the manufacturing industry 3:34 smart factories equipped with iot 3:36 sensors and devices can improve 3:38 efficiency reduce downtime and increase 3:40 safety real-time monitoring of machines 3:43 can help identify potential problems 3:45 before they occur allowing for 3:46 predictive maintenance and reduced costs 3:49 iot technology is enabling manufacturers 3:52 to automate and optimize their 3:53 production processes 3:55 for example iot enabled robots can work 3:58 alongside human workers increasing 4:00 productivity and reducing the risk of 4:01 workplace injuries 4:03 iot sensors can also monitor equipment 4:06 performance and detect any deviations 4:07 from normal operations enabling 4:09 operators to take action before a 4:11 breakdown occurs 4:12 in addition to improving efficiency iot 4:15 technology is also helping manufacturers 4:17 reduce waste and improve sustainability 4:20 for example iot sensors can monitor 4:23 energy consumption and identify 4:24 opportunities for Energy savings 4:27 similarly iot sensors can be used to 4:29 track the movement of raw materials and 4:31 finished products throughout the supply 4:33 chain allowing manufacturers to optimize 4:35 Transportation routes and reduce 4:36 emissions 4:38 iot technology is also enabling 4:40 manufacturers to create more 4:42 personalized products 4:43 for example iot enabled devices can 4:46 collect data on customer preferences and 4:48 usage patterns enabling manufacturers to 4:50 tailor their products to individual 4:52 customers needs 4:54 this can help manufacturers 4:55 differentiate themselves from 4:57 competitors and improve customer loyalty 4:59 another way iot technology is 5:01 transforming manufacturing is through 5:03 the use of Predictive Analytics 5:05 by analyzing data collected from iot 5:07 sensors manufacturers can predict when a 5:10 machine is likely to fail and take 5:11 action to prevent it 5:13 this not only reduces downtime but also 5:15 improves the safety of workers by 5:17 preventing unexpected breakdowns 5:19 overall iot technology is 5:22 revolutionizing the manufacturing 5:23 industry making it more efficient 5:25 sustainable and customer focused 5:28 by leveraging the power of iot enabled 5:30 devices and sensors manufacturers can 5:32 reduce costs improve quality and 5:35 increase productivity 5:36 as iot technology continues to advance 5:38 we can expect to see even more 5:40 Innovative uses in manufacturing in 5:42 other Industries 5:44 Section 3 the future of iot technology 5:48 finally let's talk about the future of 5:50 iot technology 5:51 as the world becomes more connected we 5:54 can expect to see even more Innovative 5:55 uses of iot Technology 5:58 for example smart cities equipped with 6:00 iot sensors can help reduce traffic 6:02 congestion improve air quality and even 6:04 prevent crimes 6:06 the possibilities are endless and we're 6:08 excited to see what the future holds for 6:10 iot technology 6:11 one of the key trends in the future of 6:13 iot technology is the increasing use of 6:15 artificial intelligence AI 6:18 ai-powered iot devices can analyze vast 6:21 amounts of data in real time enabling 6:23 more accurate predictions and insights 6:25 for example ai-powered iot sensors can 6:28 detect patterns in data and make 6:30 recommendations for optimizing 6:31 operations improving efficiency and 6:34 reducing costs 6:35 another key trend is the growing 6:37 importance of data privacy and security 6:39 as more devices become connected to the 6:42 internet the risk of cyber attacks and 6:44 data breaches increases to address these 6:46 concerns iot device manufacturers are 6:49 investing in more robust security 6:50 measures and developing new technologies 6:52 to protect user data 6:54 the use of blockchain technology is also 6:56 becoming increasingly important in the 6:58 future of iot blockchain can be used to 7:01 create secure decentralized networks of 7:03 iot devices enabling secure data sharing 7:06 and communication between devices 7:09 this can help reduce the risk of cyber 7:11 attacks and increase trust between users 7:13 and iot devices 7:15 as iot technology becomes more advanced 7:18 we can expect to see even more 7:19 Innovative use cases 7:21 for example iot enabled devices can be 7:24 used to create more sustainable cities 7:26 reducing energy consumption and carbon 7:28 emissions 7:29 similarly iot sensors can be used to 7:32 Monitor and manage natural resources 7:34 such as water and air quality to ensure 7:36 they are used responsibly and 7:37 sustainably in addition iot technology 7:41 is also being used to improve education 7:43 and health care in developing countries 7:45 for example iot enabled devices can be 7:48 used to provide access to educational 7:50 resources and Healthcare Services in 7:51 remote areas improving the quality of 7:53 life for people who may not have access 7:55 to traditional health care or 7:56 educational resources 7:59 the future of iot technology is exciting 8:01 and we can expect to see even more 8:03 Innovative uses in various Industries 8:06 as the technology continues to evolve we 8:08 can expect to see even greater 8:10 connectivity efficiency and 8:12 sustainability across the world 8:14 one of the challenges facing the future 8:15 of iot technology is the need for 8:17 standardization 8:19 as more devices become connected to the 8:21 internet there is a risk of 8:22 fragmentation where different devices 8:24 use different communication protocols 8:26 and standards 8:27 to ensure interoperability and 8:29 compatibility between devices industry 8:31 leaders are working to develop common 8:33 standards and protocols for iot devices 8:36 another challenge facing the future of 8:38 iot technology is the need for more 8:40 robust Power Solutions 8:42 many iot devices rely on batteries or 8:45 other power sources which can limit 8:46 their lifespan and functionality 8:48 to address this challenge researchers 8:51 are exploring new technologies such as 8:53 energy harvesting and wireless power 8:54 transmission to create more sustainable 8:57 and reliable Power Solutions for iot 8:59 devices 9:00 conclusion in conclusion iot technology 9:03 is changing the world around us in ways 9:05 we could have never imagined 9:07 from Healthcare to manufacturing and 9:09 Beyond iot technology is revolutionizing 9:12 various Industries and making our lives 9:14 easier and more efficient 9:16 we hope you enjoyed this video on the 9:18 latest developments in iot technology 9:19 and we look forward to seeing you in our 9:21 next video 9:23 thank you for watching 9:25 [Music]

TechScience Talk2023.5.6---AR和VR的最新發展

Chat YouTube:
討論增強現實 (AR) 和虛擬現實 (VR) 的基礎知識、它們的區別、潛在的好處和風險，以及最近的發展。AR 將數字信息疊加到現實世界中，而 VR 則讓用戶沉浸在完全數字化的環境中。 硬件和軟件的最新進展使 AR 和 VR 更易於訪問和用戶友好，導致人們對其在醫療保健、教育和營銷等行業的潛在應用產生了濃厚的興趣。 AR 的最新發展包括創造持久 AR 體驗的能力，以及越來越多地使用機器學習和計算機視覺來創造更逼真和復雜的 AR 體驗。 在 VR 中，不需要 PC 或控制台即可運行的獨立 VR 耳機的出現是最令人興奮的發展之一。


Q:AR 和 VR 在醫療保健和教育領域有哪些潛在優勢？
Chat YouTube:
在醫療保健領域，AR 可用於為醫生和其他醫療專業人員創建交互式醫療模擬和培訓工具，而 VR 可幫助患者控制疼痛或焦慮。 在教育領域，AR 和 VR 可以創造身臨其境的學習體驗，吸引學生並增強他們對複雜主題的理解。


Q:AR 和 VR 對社會的影響有哪些擔憂？
Chat YouTube:
對 AR 和 VR 對社會的影響的一些擔憂包括潛在的成癮性，因為這些技術具有高度的吸引力和沈浸感。 還有人擔心 AR 和 VR 可能會進一步將人們與現實世界隔離開來，為人們逃避到虛擬環境創造新的途徑。 隨著 AR 和 VR 不斷發展並得到更廣泛的採用，仔細考慮 AR 和 VR 的潛在好處和風險將非常重要。


Q:硬件和軟件的最新進展.如何使 AR 和 VR 更易於訪問和用戶友好？
Chat YouTube:
硬件和軟件的最新進展使 AR 和 VR 在多個方面更易於訪問和用戶友好。 一方面，移動設備現在已經足夠強大，可以運行複雜的 AR 應用程序，這意味著用戶不需要特殊的硬件或設備來使用這些應用程序。 獨立 VR 耳機也變得更加實惠和用戶友好，並且不需要 PC 或控制台即可運行。 此外，人們對 AR 和 VR 在各個行業的潛在應用的興趣激增，這刺激了 AR 和 VR 技術的發展，並使它們更容易為用戶所用。 最後，AR 開發工具和平台的日益普及使開發人員更容易創建和分發 AR 應用程序，從而導致 AR 內容在包括社交媒體和移動應用程序商店在內的各種平台上激增。 所有這些進步都使 AR 和 VR 對更廣泛的受眾更易於訪問和用戶友好，這增加了人們對其在各行各業的潛在應用的興趣。


Q:AR的最新發展
Chat YouTube:
最新的AR發展包括:
能夠建立持久的AR體驗， 讓用戶能夠在虛擬信息和現實世界之間無縫切換。 隨著機器學習和計算機視覺技術的不斷進步，AR體驗變得越來越逼真和複雜。 此外，AR開發工具和平台的可用性也在不斷增加，開發者可以通過這些工具和平台更輕鬆地創建和分發AR應用程序，這促使AR內容在社交媒體和移動應用商店等平台上不斷增加。 AR技術在醫療保健，教育，製造和零售等領域中的應用也在不斷增加。


Q:AR如何應用於各領域
Chat YouTube:
AR在各個領域都有應用。
在醫療方面，AR可以用於手術培訓、可視化醫療程序。 在教育方面，AR可以創建沉浸式的學習體驗，幫助學生更好地理解複雜的主題。 在娛樂方面，AR可以創造出令人驚嘆的新形式的故事叙述，模糊了小說和現實之間的界限。 AR應用於建築、室內設計和工程等領域，AR可以將數字設計覆蓋在真實世界空間上，讓建築師和設計師能夠實時可視化和優化他們的創作。 在零售和電子商務方面， AR可以用於創建虛擬試穿體驗， VR則可以創建沉浸式的購物體驗，使消費者在虛擬環境中探索產品，這有望改變我們購物和購買決策的方式，使選購產品的過程更加有趣、互動和便捷。


Q:VR的最新發展
Chat YouTube:
在VR方面，最令人興奮的發展之一是獨立的VR頭戴設備的出現，這些設備不需要PC或遊戲機即可運行。 這使得VR體驗更具可移動性和便攜性，使得使用者在任何地方都能夠享受沉浸式的虛擬現實體驗。 此外，VR技術的硬件和軟件也在不斷改進，這些改進使得VR設備更加便宜和易於使用。 這些技術的進步還促進了VR的應用，從遊戲和娛樂到教育和培訓， VR正越來越廣泛地用於各種行業和領域的應用。


Q:VR如何應用於各領域
Chat YouTube:
VR被應用於各個領域。
在醫療方面，VR可用於幫助患者減輕疼痛或焦慮，或創造出沉浸式療法體驗。 VR還可用於工程方面，例如創建逼真的複雜結構或系統的模擬，讓工程師在實際建造之前做出測試和優化。 在教育方面，VR可創建虛擬教室和互動式學習環境，幫助學生更好地理解複雜的科學和歷史概念。 在娛樂方面，VR可創造逼真的電影、電視節目和遊戲體驗。 VR還被應用於旅遊、體育、藝術和媒體等領域。 總之，VR的應用領域也是非常廣泛的。


Q:AR如何應用於可攜式隨身科技
Chat YouTube:
AR在可攜式隨身科技方面的應用也非常廣泛。
舉例來說， AR技術可用於智能手機或平板電腦的應用程式中，讓用戶進行擴增現實體驗。這種體驗可能包括透過攝像頭看到實際環境中的虛擬物體、文字或圖片，或者在現實世界中創建虛擬元素，與實體環境互動等。 在電子商務方面， AR可用於展示和增強商品質量，讓用戶能夠查看真實產品的3D模型。 在旅遊方面， AR可用於創建自導遊特色體驗，讓用戶通過AR引導在現實中尋找景點和資訊。 此外，AR還可用於生產流程管理、醫療教育、建築和房地產等領域。 總之，AR在可攜式隨身科技方面的應用可使用戶獲得更加互動和有趣的體驗，並提高生產效率和品質。


Q:VR如何應用於可攜式隨身科技
Chat YouTube:
VR在可攜式隨身科技方面的應用也非常廣泛。
一些最新的VR頭盔和移動VR系統， 例如Gogle Cardboard、Samsung Gear VR和Oculus Go，都不需要給VR頭盔接電腦或遊戲主機，而是通過智能手機或平板電腦上的專用應用程式直接運行。這些VR應用程式為用戶提供了各種體驗，例如沉浸在虛擬場景中、觀看3D電影以及玩VR遊戲等等。 在旅遊方面， VR在可攜式隨身科技方面的應用很受歡迎。 例如，一些VR應用程式可以提供虛擬旅遊體驗。用戶可以通過VR頭盔探索世界各地的景點，並在不離開自己所在位置的情況下體驗旅行的樂趣。這些應用也可應用於旅遊推銷和酒店預訂方面。 在教育和培訓領域， VR還可以提供身臨其境的體驗，例如與虛擬導師進行互動，探索各種設備和工具的實務應用。 在醫療領域中， VR也可應用於療癒，例如緩解壓力和焦慮等。 總的來說， VR技術在可攜式隨身科技方面的應用已經為人們開啟了全新的體驗和應用功能，讓人們可以更加深入地探索虛擬世界，提高生產效率和體驗樂趣。


Q:有無不戴頭盔的VR系統
Chat YouTube:
有一些基於可攜式裝置且不需要戴頭盔的VR系統。
例如，Google的Tango平台.
是一個基於智能手機的VR和AR系統，可以利用手機的攝像頭、陀螺儀和加速度計來感知周圍的環境。
這樣，用戶可以在現實世界中運行虛擬應用，而不需要戴VR頭盔或其他裝置。
此外，
亞馬遜的Echo Look產品也使用了AR技術。這個智能相機可以幫助用戶試穿不同的服裝風格，實時顯示在用戶的智能手機上的真實照片上。
這些不需要戴頭盔的VR和AR系統. 可以使用戶更方便地體驗虛擬世界，而不需要以前傳統VR系統所需要的笨重裝置。


0:00 the latest developments in augmented 0:02 reality and virtual reality 0:04 hey everyone Welcome to our latest video 0:07 on the newest developments in augmented 0:09 reality and virtual reality I'm your 0:12 name and Co specialist and content 0:14 creator and today we're going to explore 0:16 some of the latest and greatest 0:17 advancements in AR and VR 0:21 section one what is AR and VR first 0:24 let's start with the basics augmented 0:27 reality AR and virtual reality VR are 0:31 two related technologies that aim to 0:32 enhance our perception of the world 0:34 around us 0:36 AR overlays digital information onto the 0:38 real world while VR immerses us in a 0:41 completely digital environment 0:43 AR and VR have gained significant 0:45 popularity in recent years with 0:47 applications ranging from gaming and 0:49 entertainment to education and 0:50 Healthcare 0:52 the primary difference between the two 0:54 technologies is that AR supplements our 0:56 perception of reality with digital 0:57 elements while VR replaces our reality 1:00 with a completely digital environment 1:03 AR is achieved through the use of 1:05 cameras and sensors in mobile devices or 1:08 dedicated AR headsets 1:10 these devices use real-time tracking to 1:12 detect the position and orientation of 1:14 the user and then superimpose digital 1:16 elements onto the user's view of the 1:18 real world 1:19 this can be anything from information 1:21 overlays like the distance to the 1:23 nearest coffee shop to Virtual 1:25 characters or objects that interact with 1:27 the real world 1:28 VR on the other hand creates a fully 1:31 immersive digital environment that 1:32 simulates reality 1:34 users wear a VR headset that tracks 1:37 their head and body movements and 1:38 displays a 3D digital environment that 1:40 responds to their actions this can be 1:43 anything from a realistic simulation of 1:45 a real world location to a completely 1:47 Fantastical environment that only exists 1:49 in the digital Realm 1:51 both AR and VR have seen significant 1:54 advancements in recent years thanks in 1:56 part to improvements in hardware and 1:58 software technology for example mobile 2:01 devices are now powerful enough to run 2:03 sophisticated AR applications while 2:05 Standalone VR headsets have become more 2:07 affordable and user-friendly 2:10 additionally there has been a surge of 2:12 interest in the potential applications 2:13 of AR and VR in a variety of Industries 2:16 including Healthcare education and 2:18 marketing 2:20 despite the many potential benefits of 2:22 AR and VR there are also some concerns 2:25 about their impact on society 2:27 one issue is the potential for addiction 2:29 as both Technologies can be highly 2:31 engaging and immersive 2:33 another concern is the potential for 2:35 these Technologies to further isolate 2:37 people from The Real World as they 2:39 create new avenues for people to escape 2:40 into virtual environments 2:43 as with any new technology it will be 2:45 important to carefully consider the 2:47 potential benefits and risks of AR and 2:49 VR as they continue to evolve 2:52 section 2 the latest developments in AR 2:55 now let's dive into the latest 2:57 developments in AR one of the most 3:00 exciting new advancements is the ability 3:02 to create persistent AR experiences 3:04 which allow users to leave digital 3:06 objects in Real World locations for 3:08 others to discover 3:10 this has huge implications for marketing 3:12 education and entertainment another 3:15 exciting development in AR is the 3:17 increasing use of machine learning and 3:19 computer vision to create more realistic 3:21 and sophisticated AR experiences 3:24 for example some AR applications are now 3:27 able to recognize and track real-world 3:29 objects in real time allowing for more 3:31 seamless integration of digital elements 3:33 into the real world 3:35 this has implications for everything 3:37 from interior design to gaming in 3:40 addition to improvements in AR 3:41 technology itself there has also been a 3:43 surge of interest in the potential 3:45 applications of AR in various Industries 3:48 in healthcare AR is being used to create 3:51 interactive medical simulations and 3:53 training tools for doctors and other 3:54 medical professionals 3:56 in education AR is being used to create 3:59 more engaging and Interactive Learning 4:01 experiences for students of all ages 4:04 and in marketing AR is being used to 4:06 create immersive product demos and 4:08 experiences that allow customers to 4:10 interact with products in new and 4:11 innovative ways 4:13 another area of development in AR is the 4:16 increasing availability of AR 4:17 development tools and platforms 4:20 this has made it easier for developers 4:22 to create and distribute AR applications 4:24 and has led to a proliferation of AR 4:26 content across various platforms 4:28 including social media and mobile app 4:30 stores 4:32 as AR becomes more accessible and 4:34 user-friendly we can expect to see even 4:36 more Innovative and exciting uses of the 4:38 technology in the coming years 4:41 Section 3 the latest developments in VR 4:44 moving on to VR there have been some 4:46 amazing new developments as well one of 4:49 the most exciting is the emergence of 4:51 Standalone VR headsets which don't 4:53 require a PC or console to run this 4:56 makes VR more accessible and portable 4:58 than ever before another significant 5:00 development in VR is the increasing 5:03 focus on haptic feedback which simulates 5:05 the sense of touch to enhance the 5:07 immersion and realism of VR experiences 5:10 this can include everything from 5:12 vibrating controllers to full body 5:13 haptic suits and has implications for 5:16 everything from gaming to Medical 5:17 simulations 5:19 in addition to advancements in Hardware 5:21 there have also been significant 5:23 developments in VR software and content 5:25 game developers are creating more 5:27 immersive and interactive VR experiences 5:30 than ever before with titles that range 5:32 from realistic simulations of real-world 5:34 activities to Fantastical Adventures 5:36 that push the limits of the imagination 5:38 [Music] 5:39 there has also been a surge of interest 5:41 in using VR for socializing with 5:44 platforms like vrchat and ALT space VR 5:46 allowing users to meet and interact in 5:48 Virtual environments 5:50 section 4 applications of AR and VR so 5:55 what are some of the potential 5:56 applications of AR and VR well the 5:59 possibilities are endless in healthcare 6:02 AR can be used to train surgeons or 6:04 visualize medical procedures while VR 6:06 can help patients manage pain or anxiety 6:11 in education AR and VR can create 6:14 immersive learning experiences that 6:15 engage students and enhance their 6:17 understanding of complex topics 6:20 and in entertainment AR and VR can 6:22 create amazing new forms of Storytelling 6:24 that blur the line between fiction and 6:26 reality 6:27 in addition to these fields AR and VR 6:30 are also being explored in areas like 6:32 architecture interior design and 6:34 engineering 6:36 AR can be used to Overlay digital 6:38 designs onto real-world spaces allowing 6:40 Architects and designers to visualize 6:42 and refine their Creations in real time 6:46 meanwhile VR can be used to create 6:48 realistic simulations of complex 6:50 structures or systems allowing Engineers 6:52 to test and refine their designs before 6:54 they are built 6:56 another potential application of AR and 6:58 VR is in retail and e-commerce 7:01 AR can be used to create virtual try-on 7:04 experiences for clothing and accessories 7:05 while VR can create immersive shopping 7:08 experiences that allow customers to 7:10 explore products in a virtual 7:11 environment 7:12 this has the potential to transform the 7:15 way we shop and make purchasing 7:16 decisions making the process more 7:19 engaging interactive and convenient 7:21 Section 5 the future of AR and VR 7:25 finally let's talk about the future of 7:27 AR and VR while these Technologies are 7:30 still relatively new the potential for 7:32 growth is enormous 7:34 from gaming to social media to 7:36 e-commerce we're only scratching the 7:38 surface of what's possible with ar and 7:39 VR 7:40 in the coming years we can expect to see 7:43 even more exciting developments as these 7:45 Technologies continue to evolve one area 7:48 where we can expect to see significant 7:50 growth in the future is in the use of AR 7:51 and VR in the workplace 7:54 as more companies adopt remote work 7:56 policies there will be a growing need 7:57 for tools that enable communication and 8:00 collaboration between remote teams 8:02 AR and VR have the potential to fill 8:05 this need by creating virtual workspaces 8:07 and immersive meeting environments that 8:09 allow teams to work together more 8:11 effectively 8:12 another area where we can expect to see 8:14 growth is in the use of AR and VR in 8:16 education as more schools and 8:19 universities adopt online learning 8:21 models there will be a growing need for 8:22 tools that can create engaging and 8:24 immersive learning experiences for 8:26 students 8:27 AR and VR have the potential to fill 8:30 this need by creating virtual classrooms 8:32 and Interactive Learning environments 8:33 that allow students to explore complex 8:35 topics in a more engaging and 8:37 interactive way 8:39 in the field of healthcare we can expect 8:41 to see continued growth in the use of AR 8:43 and VR for training and simulation 8:46 as medical procedures become more 8:48 complex and specialize there will be a 8:50 growing need for tools that can provide 8:52 realistic and immersive training 8:53 experiences for doctors and nurses 8:56 AR and VR have the potential to fill 8:59 this need by creating virtual 9:01 simulations of medical procedures and 9:03 allowing Healthcare professionals to 9:04 practice and refine their skills in a 9:06 safe and controlled environment 9:08 in the entertainment industry we can 9:10 expect to see continued growth in the 9:12 use of AR and VR for gaming and 9:14 storytelling 9:15 as these Technologies become more 9:17 advanced we can expect to see even more 9:20 immersive and interactive gaming 9:21 experiences as well as new forms of 9:23 Storytelling that blur the line between 9:25 reality and fiction 9:27 conclusion so there you have it the 9:30 latest developments in augmented reality 9:32 and virtual reality as always thanks for 9:35 tuning in and be sure to like And 9:37 subscribe for more great content on the 9:39 latest in Tech and Beyond

Finite Future2023.5.5---科學家使用樂高構建3D 生物打印機

0:00 Sourcing human tissue samples for biological investigations has become increasingly difficult. 0:06 Although they are ethically obtained through organ donation or surgical procedures, a limited 0:11 supply of specific sizes and types of tissue samples is needed for research. 0:16 This has led to the emergence of 3D bioprinting technology, however, the high cost of bioprinters 0:23 limits access for many researchers. 0:25 Engineers and biologists built an affordable 3D bioprinter using standard Lego bricks and 0:31 Lego Mindstorms to address this issue, achieving the required precision to produce delicate 0:37 biological material. 0:39 The team has provided instructions on how to reconstruct the device in any lab worldwide, 0:44 offering an open-source, accessible, and affordable alternative to an essential piece of equipment 0:50 beyond the budgets of most researchers. 0:52 Ultimately, the Lego bioprinter is aimed at enabling groundbreaking research that will 0:58 improve human health by enhancing our understanding of biology.

Viral Tech2023.5.4---仿生靴

Chat YouTube:
一種新的高科技產品仿生靴， 它可以幫助人們跑得更快、跳得更高、彈得更好。 靴子設計有矛槍彈簧，可在每一步中儲存能量，並以更長的步幅和更好的能量後坐力釋放能量。 測試的原型將用戶的速度提高到每小時 25 英里。


Q:仿生靴如何儲存能量？
Chat YouTube:
仿生靴使用長矛槍彈簧儲存能量，在每一步中儲存能量，並以更長的步幅和更好的能量後坐力釋放能量。


Q:仿生靴有何功用
Chat YouTube:
仿生靴可以幫助人們跑得更快、跳得更高，以及更輕鬆地彈跳。 這種高科技產品利用彈簧存儲每個步伐的能量，在釋放時可以提供更長的步長和更好的能量回彈。 它們是一種具有潛力的運輸系統，為運動和鍛煉提供了全新的可能性。目前，這種產品仍處於原型測試階段，還沒有開始銷售。


Q:仿生靴跟外骨骼機器設備有何差別
Chat YouTube:
外骨骼機器設備是一種戴在身體外部的機器，通過電氣、液壓和機械系統來增強人體肌肉、骨骼和關節的功能，從而幫助人們完成各種任務。
而仿生靴是一種可穿戴的設備，利用彈簧存儲能量來增強人體的運動能力。
兩者的主要區別在於其設計和應用方式。
外骨骼機器設備需要通過電氣、液壓和機械系統來增強人體的功能，所以往往比較笨重，穿著不太方便，需要外部電源才能工作。 相比之下，仿生靴則更輕便，設計更加簡單，只需要利用彈簧存儲能量就能增強人體運動能力。
另外，
兩者的應用領域也有所不同。 外骨骼機器設備一般應用於醫療、製造業等領域，幫助殘障人士恢復行動能力，或者幫助勞動者減輕體力勞動的負擔。 而仿生靴則主要應用於運動、警察和軍隊、物流等領域，通過增強人體運動能力來提高工作效率。


Q:仿生靴利用彈簧存儲能量.可以應用到哪方面
Chat YouTube:
仿生靴可以應用於許多方面，包括：
1. 運動：仿生靴可以幫助運動員跑得更快、跳得更高。這種技術可以被應用到各種運動中，例如跑步、籃球、足球等。
2. 警察和軍隊：仿生靴可以幫助警察和軍隊在快速乾預和緊急情況下更快地移動和反應。
3. 物流行業：仿生靴可以提高物流作業員的效率，使他們更快地完成任務。例如，他們可以更快地跑到貨架上拿取物品。
除了上述應用外，
仿生靴的技術也可以被應用到其他領域，例如醫療、娛樂和旅遊等。


Q:仿生靴如何應用到醫療領域
Chat YouTube:
在醫療領域，仿生靴主要應用在康復和輔助行動的方面，特別是對於下肢殘疾患者或行動不便者。
仿生靴可以讓這些患者走路更加穩定，行走時更加自如，甚至可以使得他們重新具備跑步和跳躍的能力，從而改善他們的生活品質。
例如，某些仿生靴可以幫助中風患者、脊髓損傷患者和小腿截肢患者步行和進入不易到達的地方。
此外，仿生靴還可以減少關節和肌肉的負擔，進一步減輕下肢殘疾患者的疼痛和不適。 可以預見的是，隨著仿生靴技術的不斷進步，其在醫療領域的應用也會越來越廣泛。 未來，仿生靴有望成為運動康復和康復治療的重要輔助工具，並能夠將更多下肢受損患者重新帶入正常的生活方式。


Q:仿生靴如何應用到娛樂領域
Chat YouTube:
在娛樂領域，
仿生靴主要應用在增強運動表演能力和舞臺效果的方面。
可以幫助使用者跑得更快、跳得更高，這對於一些特技表演或競技類節目來說具有重要意義。
此外，仿生靴還可以用於創造具有未來感科技感的造型，為舞臺效果增色不少。
像其他一些仿生或機械義肢一樣，可以根據客戶的需求進行個性化設計和製造，以確保其符合表演場合的要求。
這種應用也有助於拓展仿生靴的應用範圍，為個性化訂製和量產提供了可能性。 因此，可以預見，未來娛樂領域將是仿生靴的另一個重要市場。


1 add a little super to your human status 0:03 by strapping on a pair of these 0:05 high-tech boots 0:07 these bionic boots are perfect for 0:09 sports or exercise they allow you to run 0:12 faster jump higher and easily bounce 0:14 your way to superiority the bionic boots 0:16 might very well be the transport system 0:18 of the future they are simply a pair of 0:21 tech boots that help you to run faster 0:23 the boots are designed with spear gun 0:25 Springs that store energy in each stride 0:28 and release you with longer stride 0:30 length and better energy recoil this 0:32 prototype boosts his Pace to a Brisk 25 0:34 miles per hour

Insider Science2023.4.29---用藻類製成襪子襯墊

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由瑞安·亨特 (Ryan Hunt) 共同創立的公司 Bloom 押注，將藻類貨幣化可以帶來更清潔的水道，並在幾乎所有產品中至少取代部分塑料。 Bloom 的一位客戶在中國東安生產鞋墊，使用 15 種 Bloom 顆粒和傳統塑料顆粒的混合物。顆粒經過仔細測量並通過機器混合，然後成型為泡沫板，在壓力下加熱直至膨脹成泡沫。然後，工人們將泡沫板修剪並模製成成品鞋墊。 Dr. Scholl 的鞋子已經使用 Bloom 顆粒製造了超過 200 萬雙鞋墊，公司聲稱這可以減少大氣中 17 公噸的二氧化碳排放。


Q:用何種藻類可以製成襪子襯墊
Chat YouTube:
從這個影片中並沒有提到明確的藻類種類，但是 Bloom 公司專注於利用多種藻類來製造可持續的產品，所以我們可以假設他們在襪子襯墊中使用了多種藻類來製造 Bloom Pellets。


Q:Bloom 顆粒與傳統塑料顆粒相比對環境的影響如何？
Chat YouTube:
該視頻指出，Bloom 顆粒是一種綠色粉末，可以替代幾乎所有產品中至少部分塑料。 根據 Scholl 的鞋子和 Bloom 博士的說法，在鞋墊的生產中使用 Bloom 顆粒代替傳統的塑料顆粒已經減少了 17 公噸的二氧化碳排放。 這表明 Bloom 顆粒比傳統塑料顆粒對環境的影響更小，至少在減少碳排放方面是這樣。


Q:還有其他公司使用 Bloom pellets 來生產產品嗎？
Chat YouTube:
該視頻未提供有關當前使用 Bloom 顆粒製造產品的其他公司的信息。 然而，可能還有其他公司在使用這些顆粒，因為 Bloom 押注於將藻類貨幣化可以在廣泛的產品中成為傳統塑料的可持續替代品的想法。


BQ:loom 是如何想到將藻類貨幣化以實現環境可持續性的？
Chat YouTube:
該視頻提到 Ryan Hunt 與人共同創立了 Bloom，希望通過藻類貨幣化可以帶來更清潔的水道，並在幾乎所有產品中至少更換一些塑料。 然而，該視頻沒有提供有關這個想法具體是如何產生的詳細信息。 這個想法可能是通過對替代材料和行業可持續實踐的研究和實驗而產生的。


0:01 one company bets this green powder can 0:03 replace at least some plastic in almost 0:05 any product Ryan hunt co-founded bloom 0:08 in the hope that monetizing algae will 0:10 lead to cleaner waterways one of Bloom's 0:12 customers makes its product here in 0:14 dongan China this Factory produces 0:16 sockliners it's made from 15 Bloom 0:19 pellets mixed with traditional plastic 0:21 ones technicians carefully measure out 0:23 the two types and then a machine mixes 0:25 them together after that its business is 0:27 usual for the Foam Factory workers need 0:29 the pellet mixture and shape it into 0:31 sheets then a machine heats the sheets 0:33 Under Pressure until they expand into 0:35 foam workers trim the foam sheets and 0:38 mold them into the finished sock liner 0:40 Dr Scholl's shoes has made more than 2 0:42 million pairs of sockliners since it 0:44 started working with Bloom which the 0:46 companies say kept about 17 metric tons 0:48 of CO2 from the atmosphere

Insider Science2023.4.29---如何回收布料製作新衣服

Chat YouTube:
該視頻展示了一種可以將用過的布料變成新衣服的過程。 織物首先在臭氧室中消毒，然後鈕扣、標籤和拉鍊被移除，衣服被切碎。切碎的織物與再生棉混合，捲成團塊，變成纖維網。然後將纖維網紡成合股紗，用於製作新衣服。


Q:織物在臭氧室中消毒需要多長時間？
Chat YouTube:
織物在臭氧室中消毒大約需要一個小時。


Q:在撕碎織物之前去除鈕扣、標籤和拉鍊的目的是什麼？
Chat YouTube:
在切碎織物之前去除鈕扣、標籤和拉鍊的目的是確保只有織物被回收，而不是任何其他不需要的材料或組件。 這使回收過程更加高效，並降低了污染風險。


Q:蛇形條子是如何從纖維網中產生的？
Chat YouTube:
蛇形條子是由纖維網通過將纖維網捆綁在一起形成長而扭曲的束或“條子”而製成的，其形狀類似於蛇。 然後將這些棉條紡成合股紗，可用於製作新衣服。 纖維網的加撚形成更堅固、更有凝聚力的結構，可以更容易地紡成紗線。


:00 these fibers are made from old clothes 0:03 it's part of a process that can turn 0:06 nearly any used fabric into something 0:08 brand new 0:10 first this ozone chamber sanitizes the 0:13 fabric in about an hour a technician 0:16 like Emily removes the buttons labels 0:18 and zippers and cuts the Garment so the 0:21 fabric is easy to work with 0:24 the shredder strips the bits of cloth 0:26 down further but this part of the 0:28 process does require some new materials 0:31 another machine mixes that cotton with 0:34 the Recycled skirt Emily then rolls the 0:37 mixed fibers into clumps and feeds them 0:39 into a machine that turns them into 0:41 what's called a fiber web 0:43 but what happens next makes the assembly 0:46 line in Hong Kong the first of its kind 0:48 the fiber web gets bundled into these 0:52 snake-like slivers the slivers are then 0:55 spun into ply yarn the building blocks 0:58 of a new garment

Viral Tech2023.4.26---海灘度假村浮動套房

Chat YouTube:
意大利設計師保羅·拉扎里尼 (Paulo Lazzarini) 推出了他最新的船隻概念珍珠套房。 這個浮動單元直徑 7 米，提供約 22 平方米的內部空間，以及一個可步行的外部甲板。 這個概念針對的是海灘度假村，提供了一個機會來快速、廉價地擴大他們的房間數量，零碳足跡、零基礎設施，並且可以快速組裝。 此外，套房是完全可定制的，並配備了所有必要的設施。


Q:珍珠套房跟海上船屋有何差別
Chat YouTube:
珍珠套房可以被視為一種海上船屋，
但與其他海上船屋相比，它具有一些不相同之處。
其中一個主要的不相同之處是，
珍珠套屋的7圓提供了大約22平米的內部空間，
以及可步的外部甲板。
此外，該套裝還可以根據客戶的需要進行定制，並配備所
有必須的配套的配件。
海灘假村設計的，可以快速、廉價地攤展客房數量， 同時不會產生碳足跡和需要額外的基礎設施，因此它在這個市場上是一種獨特的解決方案。

Viral Tech2023.4.18---氦氣飛行遊艇

Chat YouTube:
Ariat V2 是由碳纖維製成並由氦氣提供動力的飛行遊艇的概念。 它由兩個飛艇組成， 設計為無需著陸即可飛行 48 小時， 但最高時速限制為 100 節。


Q:那些地區正使用Ariat V2
Chat YouTube:
由於 Ariat V2 仍然是一個概念設計，它還沒有被製造和投入使用。 目前尚未有任何地區或機構使用 Ariat V2， 它只是一個創新設計的概念。


Q:Ariat V2跟普通空中飛艇有何不同
Chat YouTube:

Ariat V2 與普通的空中飛艇有幾個不同之處： 1. 材料：Ariat V2 是由碳纖維製成的，而不是傳統的氣密材料。
2. 動力：Ariat V2 是由氦氣提供動力，而不是像傳統飛艇一樣使用燃料引擎提供動力。
3. 設計：Ariat V2 是一種飛行遊艇概念，與傳統的空中飛艇概念不同。它有一個獨特的、富有現代感的設計，旨在提供豪華和高端的飛行體驗。
4. 飛行能力：Ariat V2 設計用於長時間飛行，可連續飛行48小時而不必降落，而傳統的空中飛艇通常無法長時間飛行。此外，Ariat V2 的速度較慢，只能達到每小時100節的速度，而傳統的空中飛艇可以更快地飛行。

Understanding Everything2023.4.21---可再生能源的 5 項創新

Chat YouTube:
該視頻討論了塑造未來可持續能源的可再生能源領域的五項關鍵創新。討論的前三個是太陽能、風能和水力發電。 1. 太陽能是一種清潔和可再生的選擇，由於風箏太陽能電池和高溫太陽能集熱器等新技術，效率提高。 2.風能是由風力發電機產生的，可以安裝在陸地上，也可以安裝在海上。正在探索浮動式風力渦輪機和立式風力渦輪機技術的創新，以提高效率和降低對環境的影響。 3. 水力發電利用水流的力量發電，是最古老的可再生能源形式之一。


Q:使用太陽能有哪些潛在缺點？所提到的創新如何解決這些缺點？
Chat YouTube:
使用太陽能的潛在缺點包括初始安裝成本高、間歇性（太陽能僅在白天產生）以及對天氣條件的依賴。 視頻中提到的創新解決了其中的一些問題。 例如，風箏太陽能電池有可能提高太陽能電池板的效率，從而使它們更具成本效益。 高溫太陽能集熱器允許在高溫下大規模產生太陽能熱能，這可以通過儲存多餘的能量以在沒有陽光時使用來幫助解決間歇性問題。 此外，電池技術的進步有助於儲存白天產生的多餘能量，以便在夜間或多雲天氣條件下使用。


Q:海上風力渦輪機會影響海洋生態系統嗎？正在採取哪些措施來減輕這些影響？
Chat YouTube:
海上風力渦輪機會影響海洋生態系統。 渦輪機的安裝和運行會導致噪音污染、棲息地喪失和海洋動物流離失所。 此外，海上風電場可能導致沉積物運輸、水質和海底生態發生變化。 為減輕這些影響而採取的措施. 包括仔細選擇海上風電場位置以盡量減少對敏感棲息地的影響，在施工和運營期間監測和管理噪音水平，以及降低與海洋動物碰撞風險的渦輪機設計。 使用預測模型來評估對海洋生態系統的潛在影響也變得越來越普遍。 此外，一些風電場開發商正在試驗結合人工礁石或其他棲息地特徵的設計，以增強生物多樣性和生態功能。 最後，定期監測海上風電場， 包括海洋野生動物觀察以及水質和泥沙輸送分析，可以幫助開發商評估和解決任何負面影響。


Q:在效率和環境影響方面，水力發電與其他可再生能源相比如何？
Chat YouTube:
與其他可再生能源相比，水力發電通常被認為是非常高效的。 將移動水的動能轉化為電能是一個高效的過程，現代水力渦輪機能夠實現 90% 以上的效率。 這高於許多其他可再生能源的效率，例如風能和太陽能。 在環境影響方面，大型水電大壩的建設可能會對環境產生重大影響，包括棲息地喪失、河流系統支離破碎以及當地社區流離失所。 此外，在水壩後面建造水庫會導致植被腐爛時釋放甲烷等溫室氣體。 然而，較小規模的水電項目，如徑流式項目，可以最大限度地減少這些影響，同時仍然提供清潔能源。 將水力發電與風能和太陽能等其他可再生能源進行比較，它可以更加可靠和穩定，因為它不依賴於天氣條件。 然而，它僅限於水資源和流量充足的地區，大型項目可能會對環境和社會產生重大影響。 總的來說，比較不同來源的可再生能源的效率和環境影響是複雜的，並且因具體情況而異，需要根據具體項目和地點在不同因素之間進行權衡。


Q:風箏太陽能電池是什麼.如何運作
Chat YouTube:
風箏太陽能電池是一種太陽能技術，它利用風箏形狀的太陽電池來產生能量。
風箏太陽能電池通常設計成一個可以飛行的太陽能板，可以飛到高空以獲得更多太陽能。
以下是風箏太陽能電池的運作方式：
1. 太陽能電池：風箏太陽能電池採用高效的太陽能電池，這些電池可以將太陽能轉換為電能。
2. 風箏形狀：風箏太陽能電池設計成風箏形狀，這種形狀可以讓它可以在高空中飛行，以收集更多的太陽能。
3. 儲存電池：風箏太陽能電池的儲存電池可以存儲太陽能轉換成的電能，以便在需要時使用。
4. 輸出電力：儲存電池可以輸出電力，用於供應家庭或商業用電。
總體而言，風箏太陽能電池是一種創新的太陽能技術，可以利用高空的太陽能來產生清潔的能源。


Q:風箏太陽能跟氣球太陽能.有何差別.
Chat YouTube:
風箏太陽能和氣球太陽能都是太陽能的應用技術， 但它們的原理和運作方式不同。 風箏太陽能利用風箏形狀的太陽能板在高空中飛行，以獲得更多的太陽能。 而氣球太陽能則利用氣球形狀的太陽能板浮在大氣層中，用太陽能產生氫氣並將氫氣存儲以便需要時使用。 因此，風箏太陽能和氣球太陽能的應用領域不同， 風箏太陽能主要用於發電和供應家庭或商業用電， 而氣球太陽能則主要用於生產氫氣或其它目的。


Q:海上太陽能是什麼.如何運作
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海上太陽能是指在海上安裝太陽能電池板以將太陽能轉化為電能的一種技術。 與陸上太陽能不同，海上太陽能能夠在海洋環境下利用太陽能實現電力的收集，從而能夠更加有效地利用太陽能。 海上太陽能的運作方式就是通過在海上安裝太陽能電池板，將太陽能轉化為電能。 海上太陽能電池板通常會通過能量傳輸線路將收集到的電能傳輸到相鄰的發電站或其他設備進行加工和儲存。 在運作過程中，太陽能電池板需要處理一系列環境問題，例如海潮、暴風雨等極端天氣等影響。 總的來說，海上太陽能的運作方式類似於陸上太陽能電池板，不同之處在於海上太陽能需要在海洋環境中工作，並有一些特殊環境問題需要考慮。 儘管存在一些挑戰和風險，但隨著技術和研發的不斷發展，海上太陽能有望成為未來可持續的能源之一


Q:窗戶太陽能是什麼.如何運作
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窗戶太陽能是一種技術，將太陽能電池板嵌入玻璃窗戶中，以收集太陽能並將其轉化為電能。 這種技術可以將太陽能電池板的表面安裝在窗戶玻璃上，從而在房間內提供自然光來照明或為電器提供能源。 窗戶太陽能的運作方式與一般的太陽能電池板類似，其太陽能電池板通過吸收陽光的能量並將其轉換成直流電，並通過逆變器將其轉換為交流電。 窗戶太陽能還可以配備電池進行能量存儲，從而可以在需要的時間將其釋放到電器設備中。 窗戶太陽能可以為建築節省能源和降低能源成本，是一種環保且節約能源的方式。 儘管窗戶太陽能的輸出電力與太陽能電池板的面積和方向等因素有關，但仍有望成為未來建築能源的一種重要來源。


Q:水力發電種類
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水力發電可以根據不同的特點分為以下幾種類型：
1. 大型水力發電廠：這類.發電廠一般都建設在河流上，利用水利工程建立大型堰壩與水庫，蓄積大量水資源。大壩通過導水管將水流送到水輪發電機，發電機通過轉動輸出電能。
2. 小型水力發電廠：小型水力發電廠用於小河流或小溪流等水流較小的地方。它們不需要建造大型堰壩和水庫，而是通過建造簡單的水利工程，如引水槽、導水管等，集中管理水源。小型水力發電廠發電量相對較少，但是成本較低，更加經濟實惠。
3. 中型水力發電廠：中型水力發電廠介於大型和小型水力發電廠之間。它們需要建造較大的堰壩和水庫，但是通常不需要高層引水槽，發電量比小型水力發電廠要高，成本較大型水力發電廠要低。
4. 潮汐能發電：潮汐能發電是將潮汐能轉換為電能的技術，通過建造水壩等設備，將海水堵住，等待潮水上漲，然後通過開啟閘門將海水下放，利用海水的重力驅動涡轮發電機发电。
5. 波浪能發電：波浪能發電是將海浪的能量轉化為電能的技術，同样通過使用涡轮器，用海水推动涡轮叶片，带动发电机发电。 這些技術都是以可再生能源为基础的，具有环保和可持续性的特点，同时也受到能源政策的支持。


Q:振動能源是什麼.如何運作
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振動能源是指利用機械振動或運動所產生的能量來供電的一種技術。 這種技術可以用於各種應用，例如移動設備、傳感器、無線通信等。 振動能源的工作原理是將機械振動或運動轉換成電能。 通常採用振動發電機實現這一過程。 振動發電機通常由磁鐵、線圈和磁場等組成。 當機械運動或振動作用在振動發電機上時，磁鐵和線圈之間的磁場發生變化，產生電流以供電。 為了實現高效的能量轉換，振動發電機需要適合的設計和材料，以便在機械運動或振動產生的頻率和幅度範圍內工作。 此外，振動發電機還需要適合的轉換電路來處理其產生的電流，並將其轉換為需要的電壓、電流等規格。 振動能源具有諸多優點， 例如可以自曝自發地生成電能，使其具有很高的安全性和可靠性； 振動能源既可以利用環境中的能量來源，又可以減少人類對其他能源的依賴，因此具有較低的環境影響和經濟成本。 作為這種技術的應用越來越廣泛，目前正在積極地探索和研究更高效、更可靠的振動發電機來滿足更多的應用需求。

gingogo2023.4.20---細菌消滅癌細胞

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該視頻探討了一種新的癌症治療方法，涉及使用細菌攻擊癌細胞。 細菌是可以快速繁殖且結構簡單的小型生物。 某些類型的細菌可以在環境中找到，它們含有可以殺死癌細胞的有毒化學物質。 此外，一些細菌具有可以攻擊和破壞癌細胞的機制。


Q:細菌如何攻擊癌細胞？
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細菌可以通過多種機制攻擊癌細胞，例如釋放導致癌細胞死亡的有毒化學物質，利用自身的細胞結構物理侵入和破壞癌細胞，或激活免疫系統識別和攻擊癌細胞。 然而，細菌攻擊癌細胞的具體機制可能因細菌類型和所治療的癌症類型而異。


Q:哪些類型的細菌具有殺死癌細胞的有毒化學物質？
Chat YouTube:
某些類型的細菌具有殺死癌細胞的有毒化學物質， 包括梭狀芽胞桿菌、沙門氏菌和大腸桿菌 (E. coli)。 這些細菌通常存在於土壤、水和人體腸道中，並且已被發現具有抗癌特性。 例如，在動物模型中發現梭狀芽孢桿菌可有效破壞腫瘤，而沙門氏菌和大腸桿菌經過改造後可特異性靶向並殺死癌細胞。 然而，關於使用細菌作為一種可行的癌症治療方法的研究仍處於早期階段，需要進一步研究以確定它們在人類中的有效性和安全性。


Q:與傳統方法相比，使用細菌作為癌症治療方法的優點和缺點是什麼？
Chat YouTube:
使用細菌作為癌症治療方法的優勢包括：
1. 細菌可以選擇性地靶向和攻擊癌細胞，而不會傷害健康細胞，從而可以減少化療等常規治療的副作用。
2. 細菌具有穿透深層組織並到達癌細胞的能力，這對於常規治療來說是困難的。
3. 細菌還可以刺激免疫系統，進一步幫助消滅癌細胞。
使用細菌作為癌症治療方法的缺點包括：
1.存在全身感染的風險，因為使用活菌進行治療可能會導致健康組織感染。
2. 研究人員需要仔細控制和監測此類細菌的劑量和給藥，因為過量或誤用會導致嚴重的並發症。
3. 細菌作為癌症治療的有效性仍在研究中，到目前為止，還沒有足夠的數據支持將其廣泛用作癌症的主要治療方法。 因此，它們目前正與化學療法和放射療法等傳統療法結合使用。


Q:奈米機器人治療癌症效果如何
Chat YouTube:
目前尚未有奈米機器人可以單獨治療癌症， 但有研究表明，奈米機器人可以用作輔助治療。 奈米機器人是指尺寸非常小的機器人，它們可以透過血液進入人體，精確地定位癌細胞，釋放治療性分子或藥物，以殺死或阻止癌細胞增殖。由於奈米機器人可以精確地針對癌細胞，因此可以減輕傳統治療方法（如化療和放療）產生的副作用，同時提高治療效果。 目前， 奈米機器人的研究仍處於實驗室階段，但它們已經顯示出潛力，可作為癌症治療的新方法。 然而，還需要進一步的研究和實驗，以確定它們的安全性和療效。

gingogo2023.4.17---海浪發電

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該視頻介紹了可以將海浪的動能轉化為電能的波浪發電裝置。 這些裝置的核心部件是由浮標、海底電纜和發電機組成的波浪能發電機。 浮標由輕質材料製成，漂浮在海面上，隨著海浪上下移動時產生能量。 然後，這種能量通過海底電纜傳輸到岸上的發電機，發電機將能量轉化為可用電能。


Q:波浪發電機如何將海浪轉化為電能？
Chat YouTube:
波浪發電機利用海浪的動能將海浪轉化為電能。 由輕質材料製成的浮力裝置漂浮在海面上，隨著海浪的經過上下移動。 這種運動產生能量，然後通過海底電纜傳輸到岸上的發電機。 然後，發電機將這種能量轉化為電網可用的電力。


Q:波浪發電機的浮標和海底電纜常用什麼材料製作？
Chat YouTube:
波浪發電機的浮標通常由增強塑料等輕質材料製成，而海底電纜通常由高密度聚乙烯或鋼材等堅固耐用的材料製成。 這些材料經過精心挑選，以確保浮標可以隨波浪自由移動，並且海底電纜可以高效可靠地將能量從浮標傳輸到岸上的發電機。


Q:波浪發電機作為可再生能源的重要性是什麼？
Chat YouTube:
波浪能發電機是一種重要的可再生能源，因為它們可以提供穩定可靠的電力來源，而不會排放溫室氣體或其他有害污染物。 與依賴天氣條件的太陽能和風能不同，波浪能是一致且可預測的，因此更容易融入現有電網。 此外，波浪發電設備需要相對較小的土地面積，並且可以放置在近海，這減少了對當地生態系統和社區的影響。 波浪能技術的發展和擴展可以大大有助於減少我們對化石燃料的依賴並減輕氣候變化的負面影響。


Q:那些地區正使用波浪能發電
Chat YouTube:
世界上許多地區都在積極開發和利用波浪能發電。
以下是一些正在使用波浪能發電的地區示例：
1. 葡萄牙：Mighty Whale波浪能發電站使用三個水下泵室將海浪能量轉化為電能。
2. 澳大利亞: 澳大利亞西南海岸的珀斯，使用的是Carnegie Clean Energy公司的波浪能發電技術。
3. 英國：位於蘇格蘭Harris島的LAMBOURNE WAVES LTD使用其自有的獨特的波浪能發電設備。
4. 美國：位於夏威夷的Kaneohe Bay的Navy Wave Energy Test Site是美國海軍海浪能實驗室。
5. 法國： 法國北部的Saint-Nazaire海岸已經安裝了三個波浪能發電機。
6. 挪威： 挪威的Sogn og Fj


Q:各國使用波浪能發電比例
Chat YouTube:
以下是一些國家的情況：
1. 葡萄牙：葡萄牙是全球使用波浪能發電量最大的國家，其使用波浪能發電的比例約佔國家總用電量的25％。
2. 澳大利亞：澳大利亞也是一個積極開發波浪能的國家，但其波浪能發電量比例還比較小。
3. 英國：英國也是一個重要的波浪能發電國家，在2018年英國波浪能發電量是23.6 GWh。
4. 美國：美國波浪能發電量也比較小，但該國夏威夷邦的波浪能發電設施相對較多。
總的來說，波浪能發電在全球的應用還相對較少，但隨著可再生能源的重視和技術的不斷進步，其在未來可能得到更廣泛的應用和推廣。

gingogo2023.4.6---核融合

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該視頻討論了核聚變發電作為解決日益增長的能源需求和圍繞核裂變的環境問題的可能性。 核聚變涉及將兩個輕原子核（通常是氫）結合成一個較重的原子核，並在此過程中釋放能量。 所需的高溫和高壓使其難以實現，但它是核裂變的一種更環保的替代方法，核裂變涉及分裂重原子核並產生核廢料。


Q:核聚變和核裂變有什麼區別？
Chat YouTube:
核聚變涉及將兩個輕原子核（通常是氫）結合成一個較重的原子核，並在此過程中釋放能量。 另一方面，核裂變涉及分裂重原子核並產生核廢料。


Q:為什麼氫是核聚變的良好燃料來源？
Chat YouTube:
氫是核聚變燃料的良好來源，因為它是地球上最豐富的元素，這意味著它很容易獲取並且不太可能耗盡。 此外，氫的原子核具有低原子序數和帶正電的質子，這使得在高溫和高壓下更容易發生聚變反應。 此外，與核裂變不同，氫聚變不會產生核廢料，使其成為一種更清潔、更環保的能源。

gingogo2023.4.6---電磁波儲能

Chat YouTube:
影片介紹了現代社會由於對技術的需求不斷增加而導致的能源短缺問題。 介紹一種方案，電磁波儲能手環，從環境中收集電磁波能量，轉化為電能給手環充電，不需要任何外接電源。


Q:電磁波儲能手環是如何工作的？
Chat YouTube:
電磁波儲能手環的工作原理是收集環境中的電磁波能量，並將其轉化為電能為手環充電，無需任何外接電源。 手環能夠收集周圍環境中的各種電磁波，如無線電波、微波等，並通過電磁感應原理將其轉化為能量。 然後，這種能量存儲在手鐲內，可用於為設備內部的電子元件供電，例如傳感器或通信設備。 通過利用自然環境中存在的能量，手鐲可以為能源短缺問題提供可持續和環保的解決方案。


Q:使用手鐲有任何限製或缺點嗎
Chat YouTube:
是的，使用電磁波儲能手環有一些限制和弊端。
首先，能量收集的效率不是很高，因此手環的充電時間可能會更長，尤其是在電磁波較弱的地區。
此外，手環需要積累一定的能量才能為其他設備充電，這意味著它不能在自己充電的同時為其他產品充電。 此外，手鐲的效率可能會受到障礙物或乾擾的影響，例如牆壁或其他電子設備。 最後，人們可能會擔心暴露在電磁輻射下對健康的影響，儘管據說手鐲有一個監測和減少暴露的系統。


Q:那些產品可以使用電磁波儲能
Chat YouTube:
根據影片所述， 電磁波儲能手環可以用來充電各種電子產品， 例如智慧手機、平板電腦和手錶等。 它可以通過 USB 充電線連接到裝置，然後將儲存的電磁能轉換為電力，從而為裝置充電。 然而，需要注意的是，手環需要先充滿電，才能使用它來充電其他設備。

gingogo2023.4.5---地熱能的可持續性和可行性

Chat YouTube:
今天的主題是地熱能。 地熱能是利用地球內部的熱能來產生電力，地球的地幔層溫度非常高，超過1000℃，並通過地球表面向外輻射形成熱區或熱點。 地熱能是一種非常穩定、乾淨的能源來源，並且不受天氣季節影響 。因此，地熱能被看作是再生能源的下一個希望。


Q:地熱能有哪些優點
Chat YouTube:
地熱能有以下優點：
1. 非常穩定：地球內部的溫度相對穩定，因此地熱能是一種非常穩定的能源，不受天氣和季節的影響。
2. 非常乾淨：地熱能不會產生二氧化碳等溫室氣體，對環境的影響非常小。
3. 永續性：地熱能源屬於再生能源，因為地球內部的熱量是不斷產生的，因此地熱能可以被持續地使用。
4. 可持續性：地熱能不需要像化石燃料一樣被運輸，因此不需要花費大量的能源來運輸它。


Q:地球內部的哪一層可以產生地熱能
Chat YouTube:
地球內部的地幔層可以產生地熱能， 因為地幔層的溫度非常高，可以超過1000℃， 地幔中的熱能會通過地球表面向外輻射，形成熱區或熱點， 這些熱區或熱點可以被用來產生地熱能。


Q:地熱能可以被用來產生什麼
Chat YouTube:
地熱能可以被用來產生電力，也可以被用來供暖。 在產生電力方面，
地熱能可以被用來驅動蒸汽發電機，生產電力。
在供暖方面，
地熱能可以被直接用來供暖，或者被用來加熱水來供暖、溫泉浴，甚至是暖溫室。
由於地熱能是一種非常穩定、乾淨的能源來源， 並且不受天氣季節影響，因此具有較廣的應用前景。


Q:使用地熱能有那些地區
Chat YouTube:
地熱能只能在特定的地區使用。這些地區通常具有以下特點：
1. 有活躍的火山或者地震活動；
2. 存在較多地熱區或者熱點，即地下溫度較高的地區；
3. 地質條件較為特殊，包括地壳薄弱和岩石中有足夠的熱源和儲熱空間。
在全球范圍內， 一些使用地熱能的主要地區包括 冰島、意大利、加布斯突尼西亚、菲律賓、美國(Yellowstone National Park)、中國(新疆、浙江、西藏等地區)、以及日本等國家。


Q:各國地熱能使用比例
Chat YouTube:
以下是一些國家使用地熱能的比例：
1. 冰島：100%
2. 菲律賓：18%
3. 巴西：14%
4. 意大利：9%
5. 美國：3%
6. 土耳其：2%
7. 土庫曼斯坦：2%
8. 新西蘭：2%
9. 日本：2%
這些國家在地熱能的利用方面是領頭羊，而其他國家的地熱能利用程度相對較低，但是在未來隨著能源轉型的加速，地熱能在全球能源結構中的比重可能會不斷增加。

gingogo2023.3.31---氫能發電與儲能技術

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該視頻討論了使用氫作為發電和儲存的環保和可持續能源的可行性。 氫是一種可以儲存的清潔能源，但在生產成本和能源消耗方面存在挑戰。 但隨著技術進步和政策支持，氫能具有商業化應用的潛力 。此外，固態電池、超級電容器和液流電池等新興技術也具有儲能潛力。 能源的未來將依賴於全球範圍內推動氫能開發和應用的努力，包括研發投入、政策支持和國際合作。


Q:生成氧能的方法
Chat YouTube:
氧氣是一種廣泛用於各種應用領域的重要氣體，通常是通過以下幾種方式生成的：
1. 通過空氣分離法生成：空氣中包含約78%的氮氣和21%的氧氣。因此，通過將空氣冷卻至它們的沸點以下（氮氣約為-196°C，氧氣約為-183°C），然後將它們分離，就可以生產單獨的氧氣和氮氣氣體。
2. 通過電解水生成：電解水是將水分解成氫氣和氧氣的過程。通過向水中通電，可以將水分解成氫氣和氧氣，氧氣就是其中的一個產物。
3. 通過化學反應生成：一些化學
反應中放出氧氣，例如過氧化氫的分解反應，過氧化鉀和過氧化鈉等化合物的熱分解反應，二氧化錳和鹽酸之間的反應等。 這些方法可以通過不同的實驗室、工業和醫療設施來生產氧氣。


Q:氫能面臨哪些挑戰，如何克服？
Chat YouTube:
能量面臨的挑戰包包括生成本高和能源消費大。 目前，尚未有一種能量足夠在大規格上生成氧能的方法，因此生成為本非常態，侯生。 需要大量的能源，這也會對環境產生不良影響。 要克服這些挑戰，需要進步的技術和政策方面的努力。 產品技術或優秀化現有的技術。 在政策方面，政府可以出台相應的政策來促進新技術的發展。 投資和使用能源技術。


Q:靜態電池與傳統鋰離子電池相
比如何，有哪些優勢
Chat YouTube: 固態電池相較傳統鋰離子電池具有以下優勢：
1. 能量密度更高：固定電池中的電解質可以儲存更多的電荷，因此比傳統鋰離子電池具具有更高的能量密度。
2.更高的能量效率：固態電池的能量轉換效率比傳統鋰離子電池高，也就是可以將更有效地儲存的能
量轉換為電力。
3.更長的使用壽命：固態電池的使用壽命可以比傳統鋰離子電池更長，因為它不易遭受化學腐蝕。 4. 更安全：靜態電池不需要使用狀態電解析，因此不存在狀態電池可能引發的洩漏和爆炸等安全問題。
5. 更快的充電速度和更多的應用場景：固定電池的充電速度比傳統鋰離子電池更快，可以應用在更多的場景中，例如電動汽車和家庭儲能係統。


Q:政府可以實施哪些政策來促進氫能技術的開發和利用？
Chat YouTube:
政府可以實施多項政策來促進氫能技術的開發和利用。 這裡有些例子：
1.補貼和稅收優惠：政府可以對參
與氫能技術開發和利用的企業和研究機構提供補貼和稅收優惠。 這些激勵措施有助於降低初始成本並鼓勵對該行業進行更多投資。 2.研發資金：政府可以為氫能技術的研發提供資金，以加速其開發和商業化。
3. 基礎設施發展：為促進氫能技術的應用，政府可以投資於其生產、儲存和分配所需的基礎設施。 這包括加氫站、管道和儲存設施的開發。
4. 監管框架：政府可以建立監管框架來促進氫能技術的開發和採用。 他們可以為氫生產、運輸和儲存的質量和安全制定標準。
5. 國際合作：各國政府可以促進國際合作與協作，促進氫能技術開發方面的知識和資源交流。 這可以提高效率並加速整個行業的進步。
總體而言，結合多項政策的綜合協調方法對於在全球範圍內促進氫能技術的開發和使用至關重要

Arirang News2023.4.19---韓國推出首個氫氣巴士充電車庫

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韓國推出了首個公交車車庫，不僅可以為氫氣公交車充電，還可以生產氫氣，這使其成為該國首家這樣做的公交車車庫。 該車庫通過發電機處理氣體，每天可生產多達 1.2 噸氫氣，並配備為其他燃氣動力車輛提供燃料的設備。 該充電系統有望成為全國氫能公交車充電站的標準機型。 政府已決定通過將氫燃料電池的保修期從原來的五年延長至九年來提高這些公交車的經濟可行性。 400輛氫燃料巴士將分佈在全國各地。


Q:韓國政府對未來製氫方法有何規劃？
Chat YouTube:
政府將推動一種利用可再生能源或核能生產氫氣的方法。


Q:韓國哪些省市正在接收氫能公交車？
Chat YouTube:
仁川市接收了 130 輛氫氣公交車，
chalapukto 道接收了 75 輛，
釜山市接收了 70 輛，
首爾市接收了 40 輛氫氣公交車。


Q:那些國家有氫能公交車
Chat YouTube:
一些採用氫能源技術的城市包括
中國的廣州、上海和北京，
日本的東京、神戶、岡山和其他城市，
德國的漢堡和柏林，
以及加拿大的溫哥華和多倫多等城市。
其他國家和城市也有引進氫能公交車或正在評估使用這種技術。


Q:氫氣公交車安全嗎
Chat YouTube:
氫氣公交車與其他汽車一樣都需要通過嚴格的安全測試和認證。 這些測試包括高壓氫氣存儲罐的壓力測試以及氫氣泄漏測試等多個方面。 事實上，從運營中的資料來看，在使用氫氣公交車的城市中，這些車輛的安全紀錄相當良好。 但是，由於氫氣的易燃性和爆炸性，使用氫氣作為燃料的車輛必須有很高的安全標準和措施，如及時檢查、保養和維護等，以確保車輛和乘客的安全。


Q:氫氣公交車較省錢嗎
Chat YouTube:
氫氣公交車的運行成本通常比傳統的燃油公交車高一些， 但是在長期運行中，氫氣公交車可能會更加省錢。 這是因為氫氣車輛的部分成本是一次性的投資，比如建造氫氣加油站的成本，但在長期運營中，氫氣車輛的維護和燃料成本可能會比傳統公交車更低。 此外，氫氣公交車使用的是可再生能源，這也有助於降低燃料成本。 總體而言，氫氣公交車作為一種新興技術，有著較高的初始成本，但隨著技術的發展和廣泛應用，其成本將不斷下降，並可能成為一種更經濟和可持續的公共交通方式。


Q:氫氣車與電動車比較
Chat YouTube:
氫氣車和電動車都是新興的清潔能源汽車，它們都可以減少二氧化碳排放和對環境的污染。 然而，這兩種車輛有一些主要的區別：
1. 燃料：氫氣車使用氫氣作為燃料，而電動車使用電能作為燃料。氫氣車的氫氣燃料可以通過加油站輕松地進行加注，而電動車的電能燃料需要鋰離子電池進行充電。
2. 行駛里程：氫氣車與電動車的行駛里程有所不同。氫氣車的行駛里程通常比同等尺寸的電動車更長，並且可以在幾分鐘內完成加油。而電動車的充電時間通常更長，平均為4-8小時以上，但可以通過充電桩從家庭插座或公共充電站進行充電。
3. 維護成本：氫氣車和電動車在維護成本方面也存在差異。氫氣車的氫氣燃料系統需要進行定期維護和檢修，但電動車的電池組件可以長期使用而不需要太多
維護。
總體而言， 氫氣車和電動車都是朝著減少能源消耗和環境保護方向發展的新興汽車技術。選擇哪種車型應取決於您對行駛里程和加注時間的需求以及在當地是否有足夠的加油站或充電站等因素。


Q:為什麼各國車廠都推行電動車.而不是氫汽車
Chat YouTube: 其實不是所有國家的車廠都只推行電動車，有些國家的車廠也在發展氫氣燃料電池汽車。 不過，目前電動車仍然是更受歡迎和更被大眾接受的清潔能源汽車。 這是因為：
1. 市場銷售量：電動車的市場銷售量比氫氣燃料電池汽車更高。這與電動汽車技術發展的較早和成熟有關，所以相關技術相對完善。
2. 充電設施：目前在世界各地，充電站的數量遠多於氫氣加油站。這大大便利了電動車的日常使用。相比之下，氫氣加油站的數量較少，在加注方便性方面相對不足。
3. 價格：相對於氫氣燃料電池汽車，電動車的製造成本更低，價格更加優勢。而從目前的情況看，氫氣燃料電池汽車的售價普遍比同等級電動車更高。
因此，總的來說，目前大多數國家和車廠更願意開發和推行電動車技術，但氫氣燃料電池汽車也在不斷發展和普及，這將進一步推動全球清潔能源汽車的發展。


nd in South Korea's latest efforts to reduce greenhouse gas emissions The has unveiled its first bus garage with a system that not only charges hydrogen buses but also produces the gas. Lee Eun-jin has the details. The buses get charged at this bus garage. The energy source is hydrogen. And this garage is the first in South Korea that produces hydrogen. In just 5 minutes, the bus is charged with 25 kilograms of hydrogen, and is on the move. What's unique about these hydrogen buses is that there is no noise and no trembling. The brakes are quite responsive and the bus has easily enough power to travel uphill. While the garage is also equipped to fuel other gas-powered vehicles, it also produces up to 1-point-2 tons of hydrogen every day by processing the gas through a generator. And this kind of charging system is expected to become the standard model for hydrogen bus charging stations across the country. "The method of producing hydrogen currently is by modifying natural gas, or LNG. But the government will push for a method that produces hydrogen using renewable energy or nuclear power." The government has decided to increase economic feasibility of these buses by extending the warranty period for the hydrogen fuel battery cells from the original five years to nine years. 400 hydrogen buses are being distributed around the country, with 130 allocated to Incheon city, 75 to Jeollabuk-do Province, 70 to Busan city, and 40 to Seoul city in support of the policy that opens a new era for hydrogen buses. Lee Eunjin, Arirang News.

GADGET POP2023.4.10---未來城市概念

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隨著技術的不斷進步，城市變得更加智能、高效和可持續。 菲律賓的千禧城就是這方面的一個例子，它擁有超現代和新未來主義建築。 該市計劃開發一個垃圾焚燒發電設施，為整個城市供電。 克里斯托夫清潔城市概念還旨在促進生態友好的城市生活、減少污染、節約資源和促進負責任的廢物管理實踐。 產生可再生能源的漂浮烏龜形城市的 GEOS 概念. 是另一個可能在沙特阿拉伯實施的未來主義想法。 最後， Svetan Tashkov 設計的受蓮花啟發的城市和塞內加爾的 Audio Lake City


Q:GEOS漂浮城市如何產生可再生能源？
Chat YouTube:
GEOS 漂浮城市的設計. 採用先進技術提供動力，該技術由九台高溫超導全電動發動機組成， 可使船隻保持 5 節的穩定速度。 此外， 漂浮城市利用海浪運動阻力通過翅膀產生可再生能源， 在屋頂上配備了太陽能板以僅補充所需。 這些技術被設計為可以使GEOS漂浮城市生成足夠的能源來支撐整個城市。


Q:塞內加爾音頻湖城的目的是什麼？
Chat YouTube:
塞內加爾 Audio Lake City 的目的 是緩解首都達喀爾的住宅和商業混亂情況， 目前該國 1400 萬人口中有四分之一居住在達喀爾。 這座城市計劃將現代化作為一種變革性的體驗來實現，奢華的美學設計與簡約和巨大的變革性空間相結合。 這座城市旨在促進技術的發展， 並成為從現在到未來的建築過渡的象徵。 這座城市的建設面積為 150 萬平方米， 旨在容納第一個包容性金融區，周圍環繞著辦公、住宅、教育、零售、酒店和娛樂設施。


Q:如何建造海上城市
Chat YouTube:
建造海上城市需要考慮以下幾個步驟： 1.選擇合適的地點和合法許可證：必須選擇合適的海域和合法的港口或港灣來建造海上城市。同時必須遵守當地的建築法規和相關的許可證。 2.選擇適當的建築材料：海上城市需要選擇能夠適應海洋環境的建築材料。例如，需要考慮防鹽霧腐蝕、抗風暴、海水腐蝕等因素。 3.設計城市布局：建造海上城市需要設計城市的基礎設施，例如供水系統、污水處理系統、電力系統、醫療設施等。同時還需要設計居住區，商業區和公共區域。 4.建造基礎設施：需要先建造海上城市的基礎設施，例如防波堤、海底電纜、水下管道等設施。 5.興建建築物：當基礎設施完成後，可以開始興建建築物。例如，可以建造樓房、公園、體育場和商店等。 6.維護和管理海上城市：建造海上城市後需要定期進行維護和管理工作，以確保城市的安全和運作順利。


0:00 the future of urbanization is set to be 0:03 mind-blowing as technology continues to 0:05 advance and cities become smarter more 0:08 efficient and sustainable 0:10 the possibilities are endless and the 0:12 future of cities is exciting 0:22 Millennium City Philippines is a 0:24 bustling and dynamic urban center that 0:26 serves as a beacon of progress and 0:28 innovation in the country 0:30 the future city of Philippines include 0:33 the design of two major projects the 0:35 urban development of Millennium City and 0:37 a waste to energy facility that will 0:39 entirely power the city 0:41 it's populated by numerous structures 0:43 inspired by meta-modern and 0:45 neo-futuristic architecture 0:48 at the core of its planning and design 0:49 approach are the principles of 0:51 inclusivity futurism resilience and 0:54 sustainability 0:56 Millennium City offers a unique blend of 0:58 tradition and modernity that reflects 1:00 the country's Rich Heritage and its 1:02 promising future 1:03 the Millennium city is a bustling 1:05 Metropolis blending modernity and 1:08 culture in a vibrant Urban landscape 1:10 [Music] 1:12 foreign 1:15 [Music] 1:27 city concept is a Visionary initiative 1:30 aimed at promoting sustainable and 1:32 eco-friendly Urban living 1:34 it envisions a city where the air is 1:36 clean the streets are litter-free and 1:38 the environment is protected 1:40 the concept is built on the principles 1:42 of reducing pollution conserving 1:45 resources and promoting responsible 1:47 waste management practices 1:49 Kristoff clean city concept is not just 1:52 about making the city look clean it is 1:54 about creating a healthy and sustainable 1:56 environment for people to live in 1:59 by encouraging the adoption of green 2:01 technologies and practices this concept 2:03 aims to create a cleaner and Greener 2:05 World for future Generations 2:08 the ambitious plan brings together new 2:10 products and new energy resources 2:13 Cutting Edge technology gives 2:14 municipalities the ability to make a 2:16 significant contribution to the 2:18 environment and to the quality of life 2:20 of their populations 2:22 this makes it possible to create a 2:24 circular economy 2:29 GEOS is a futuristic concept of a 2:32 floating turtle-shaped city might soon 2:34 see the light of day in Saudi Arabia 2:37 designed by Pierre Paulo lazarini the 2:39 floating Turtle town is designed to be 2:41 powered by advanced technology 2:43 consisting of nine high temperature 2:45 superconductor fully electric engines 2:47 that will enable The Vessel to maintain 2:49 a steady speed of 5 knots 2:52 Additionally the ship will harness the 2:54 power of the Waves it encounters by 2:56 using its wings to generate renewable 2:58 energy and supplement it with solar 2:59 panels on the rooftops 3:01 the turtle town is proposed to be 650 3:04 meters wide and 600 meters long 3:07 lot sarini estimates that an investment 3:10 of 8 billion dollars over eight years 3:12 would be required to construct this 3:13 ambitious project 3:15 with total capacity of sixty thousand 3:18 people this would make it an actual City 3:20 on water 3:21 what do you think 3:22 [Music] 3:31 now let's take a look to a real good 3:34 example for a city in the sky of the 3:35 future by svetan tashkov a Visionary 3:38 architect who demonstrates the sky is 3:40 not the limit for his imagination as he 3:42 goes beyond it exploring new ideas and 3:44 features 3:46 the Lotus inspired City far above any 3:48 familiar skyscrapers is still under 3:50 development presents an imagery long 3:53 beloved sustainable Vision with steep 3:55 perspectives of a frictionless super 3:57 shiny and super clean City 3:59 in the city and the Sky live work 4:02 shopping entertainment and educational 4:04 spaces are all built into the layers of 4:07 this futuristic Urban Design 4:09 the cultural life of this self-contained 4:11 city is focused internally yet the 4:13 structural forms of the rising lotus 4:15 flower stalks which ring them speak to 4:17 and have views out to the surrounding 4:19 area 4:20 while on the top the Lotus leaves fuse 4:23 and expand over the everyday Buzz Smog 4:26 and City dirt turning this new Urban 4:27 Design into tranquil Oasis above the 4:30 polluted urban life 4:32 [Music] 4:41 Diane the audio Lake City is a 4:44 government-approved futuristic Township 4:46 based in diametio Senegal 4:48 the township is conceptualized to ease 4:51 the residential and Commercial clutter 4:53 in the capital of Dakar which is 4:55 currently the home to a quarter of the 4:57 country's 14 million people 4:59 the mega City delivers modernization as 5:02 a transformative experience where 5:04 luxurious aesthetic design meets 5:06 Simplicity and massive transformative 5:07 spaces 5:09 ELC designed to facilitate the evolution 5:12 of technology to become the symbol of 5:14 architectural transition from present to 5:16 the future use 5:18 DLC programmed at 1.5 million sqm 5:23 a buildup to accommodate the first 5:25 inclusive Financial District to be 5:27 surrounded by offices residential 5:29 educational retail hotels and 5:32 recreational facilities 5:34 environmental modeling programs used to 5:37 develop the building forms permitting 5:39 natural lighting and Views while 5:40 mitigating solar gain and energy 5:42 reduction 5:43 [Music] 5:47 the line is a planned Smart City in 5:49 Saudi Arabia as a part of neon project 5:53 it is a 170 kilometer linear City that 5:56 will house 9 million people 5:58 it will run from east to west across the 6:00 neon region 6:01 the city will consist of two parallel 6:04 500 meter high linear skyscrapers 6:06 standing 200 meters apart 6:09 the buildings will be clad with mirrored 6:11 facades 6:12 with estimated cost over 500 billion 6:14 dollars that is wholly owned by the 6:16 public investment fund the project may 6:19 include a huge artificial Moon 6:20 glow-in-the-dark beaches artificial rain 6:23 flying drone-powered taxis robotic 6:26 Butlers to clean the homes of residents 6:28 and a Jurassic Park style attraction 6:30 featuring animatronic lizards 6:36 do you know that two out of every five 6:37 people in the world live within 100 6:39 kilometers of the coast and ninety 6:42 percent of mega cities worldwide are 6:44 vulnerable to rising sea levels 6:46 oceanics Busan aims to provide 6:48 breakthrough technology for coastal 6:50 cities facing severe land shortages that 6:53 are compounded by climatic threats 6:55 it is the world's first prototype of a 6:58 resilient and sustainable floating 6:59 community 7:01 the interconnected neighborhoods total 7:03 6.3 hectares to accommodate a community 7:05 of 12 000 people 7:08 each neighborhood is designed to serve a 7:10 specific purpose living research and 7:13 lodging 7:14 there are between thirty thousand to 7:16 forty thousand square meters of 7:18 mixed-use programs per neighborhood 7:20 the floating platforms connect to the 7:23 land with link span Bridges framing the 7:25 sheltered Blue Lagoon of floating 7:26 Recreation art and performance outposts 7:32 acon city is a planned Community by 7:34 Senegalese singer and entrepreneur Akon 7:37 the mega city was inspired by the movie 7:39 Black Panther and he refers to acon city 7:42 as a real-life wakanda that uses the 7:44 latest Technologies of blockchain and 7:46 cryptocurrency 7:48 the city will use a Smart City's 7:50 approach a combination of The Internet 7:52 of Things devices software Solutions 7:54 user interfaces and communication 7:57 Networks 7:58 acon City describes itself as a 8:01 futuristic development to become the 8:03 beacon of innovation in human 8:04 development by providing the best 8:06 education solution to lead the economy 8:08 of the country creating the most 8:09 revolutionary industry 8:12 acon City will set the standard for all 8:14 future real estate development in 8:16 Senegal as a country and region as a 8:18 whole 8:18 [Music] 8:25 woven city is a test course for Mobility 8:28 to realize our dream of creating 8:29 well-being for all 8:31 envisioned as a living laboratory the 8:34 woven City will serve as a home to 8:36 full-time residents and researchers who 8:37 will be able to test and develop 8:39 Technologies such as autonomy robotics 8:41 personal Mobility Smart Homes and 8:44 artificial intelligence in a real world 8:46 environment 8:47 it is an exploratory mechanism an 8:50 integrated system of various elements 8:52 all working together to weave the future 8:54 fabric of life 8:56 this unique structure composed of Toyota 8:58 group developers partner corporations 9:00 startups entrepreneurs and residents of 9:03 all ages exists to develop inventions 9:05 that benefit all people in their 9:07 everyday lives 9:13 autonomous cars are no longer a sign of 9:15 the future 9:16 in the Saudi Arabian capital of Riyadh 9:19 plans are underway to build a massive 9:21 City within a city complete with race 9:23 tracks for flying cars and immersive 9:25 experiences that mimic visits to other 9:27 planets or worlds where people Tower 9:29 over regular-sized buildings 9:31 the moocab is a sprawling Mega project 9:33 that will act as the centerpiece to the 9:35 surrounding new maraba project which 9:37 aims to expand the footprint of the 9:39 capital to house an estimated 350 000 9:42 residents over 4 695 Acres 9:46 the giant Cube will reach 1 312 feet in 9:49 height and provide a mixture of 9:50 residences hotels office space and 9:53 open-air parks and walkways 9:55 indoors holographic projections such as 9:58 giant-sized people pictured above will 10:01 create the immersive futuristic 10:03 experiences of the space 10:06 foreign 10:18 [Music] 10:24 foreign 10:26 [Music]

GADGET POP2023.2.23---未來移動解決方案

Chat YouTube:
該視頻討論了各種創新和環保的移動解決方案。 它突出了索道工程公司多貝瑪亞格拉文托 (Doppelmayr Garavento) 的一個新概念，該概念具有可拆卸的纜車，可以從電纜到懸索鐵路再到街道。 該視頻還展示了廣汽空間氫概念車和曼塔飛機，這是一家用於區域空中機動的混合動力電動垂直短距起降飛機的設計和製造公司。 NYK Super Eco Ship 2050，一艘由太陽能和可再生能源產生的氫提供動力的無排放船， 以及 WorldView Enterprises，一種將人們帶到平流層的基於氣球的系統，也是特色。


Q:什麼是 NYK Super Eco Ship 2050？它如何融入行業的脫碳工作？
Chat YouTube:
NYK Super Eco Ship 2050 是一種無排放船舶的概念， 由太陽能和可再生能源產生的氫氣提供動力。 它符合該行業旨在到 2050 年減少溫室氣體排放的脫碳工作。 通過船體改造、減重和使用燃料電池進行電力推進，將船舶運行所需的功率減少 70%，該船將能夠 實現零排放。 總體而言， NYK Super Eco Ship 2050 是減少航運業排放並為應對氣候變化做出貢獻的創新解決方案。


Q:Manta Aircraft 計劃在未來如何轉向全電動垂直起降飛機？
Chat YouTube:
Manta Aircraft 計劃在未來轉向全電動 VTOL 飛機， 其目標是在電池技術成熟時提供遠程高速點對點飛機。 目前，該公司正在為他們的飛機使用混合電源。 通過使用渦輪發動機為電動機和機載電池發電，飛機可以承載更高的有效載荷和更遠的航程。 該公司相信，一旦電池技術成熟，他們的飛機將能夠在不需要混合動力源的情況下實現高速和長距離飛行。 屆時，該公司計劃改用全電動垂直起降飛機。


Q:WorldView Enterprises是什
麼
Chat YouTube: WorldView Enterprises 是一家縮在氫氣球上的旅遊公司， 它計畫讓旅客到達平流層（地球大氣層的一個部分）的高度。 乘客可以在氫氣球上乘坐，觀察地球的景色和美景。 旅遊行程通常會持續2至6個小時，這種旅遊方式被稱為太空旅。 該公司旨在成為全球最大的太空遊覽公司之一， 讓任何人都可以體驗到這種畫面壯麗的旅遊方式。


Q:氫氣球到達平流層需多少時間
Chat YouTube:
根據WorldView Enterprises官方網站所載的資料， 乘坐其氫氣球可到達平流層的高度，大約需要2小時的時間。


Q:如何控制氫氣球
Chat YouTube:
氫氣球的控制. 主要靠風向和高度的變化。 由於氫氣球的移動速度和方向. 主要取決於当前的氣象條件， 所以經驗豐富的控制員. 需要密切關注氣象條件的變化，通過升降氣球以達到控制其高度和方向的目的。 此外， 如果需要進行更精確的控制和導航，還需要搭載全球定位系統等現代技術設備來幫助控制員定位氫氣球的位置和運動狀態。


Q:氫氣球可載多少人
Chat YouTube:
氫氣球的載人量取決於氫氣球的大小和設計。 一般來說， 氫氣球具有較大的載人容量，可以載運數十人甚至上百人， 因此氫氣球在旅遊、運輸等領域中被廣泛應用。 然而， 由於氫氣球需要大量的氫氣膨脹， 其載人量也受到氫氣產生和儲存技術的限制， 在設計氫氣球時需要考慮氫氣的重量和體積， 以確定其載人量和載重能力。


0:00 [Music] 0:00 foreign 0:13 [Music] 0:18 is set to remain a mega Trend in the 0:21 future in ropeways will definitely play 0:23 a key role when it comes to implementing 0:25 sustainable and eco-friendly Mobility 0:27 Solutions within a short space of time 0:29 whether it's on the Mountainside or in 0:31 cities 0:32 this is a bold concept from ropeway 0:34 engineering world leader doppelmir 0:36 garavento featuring a detachable Gondola 0:38 that can go from cables to suspension 0:40 Railway to the streets 0:42 very Innovative concept and extremely 0:44 interesting from a technical point of 0:46 view the combination of cable cars and 0:49 the rail-guided gondolas alone is great 0:51 but combining the whole thing with 0:53 autonomous chassis for the road are a 0:55 very exciting concept for the future 0:57 cable cars are very environmentally 0:59 friendly and above all safe means of 1:02 Transport Urban cable cars are much more 1:05 than a practical addition to cars buses 1:07 and trains 1:09 as an economical means of Transport they 1:11 have enormous potential with their small 1:14 only selective space requirements for 1:16 supports and stations ropeways 1:18 complement an urban infrastructure and 1:20 at the same time open up a new level of 1:22 Transport the next level of Mobility 1:25 [Music] 1:42 in keeping with gac's commitment to 1:45 forward-facing development and 1:47 Technology Innovation and energy saving 1:49 GAC has unveiled its new hydrogen 1:52 concept car the space suggesting a new 1:54 development Paradigm for future mobility 1:56 in China the GAC space features a clean 2:00 body surface sculpted with light and 2:02 Shadow from the round fluid front end to 2:05 the angular tail the space has truly a 2:08 one-of-kind special presence 2:10 having been engineered with level 4 2:12 autonomy in mind the GAC space largely 2:16 takes the burden off drivers by doing 2:18 all the hard work in most scenarios 2:20 without any manual input 2:25 Manta aircraft is a design and 2:27 Manufacturing Company of hybrid electric 2:29 vertical short takeoff and Landing 2:31 aircraft for Regional Air Mobility the 2:34 company is only working a hybrid 2:36 electric power source for their aircraft 2:38 based on the goal of providing a 2:40 long-range high-speed point-to-point 2:41 aircraft when Battery Technology matures 2:45 allowing the aircraft to have high 2:46 speeds in a long range is when the 2:49 company will be able to switch over to 2:50 an all-electric VTOL aircraft the an2 is 2:54 a two-passenger aircraft used for 2:56 Regional Air mobility and cargo service 2:58 where VTOL and high-speed forward flight 3:01 is needed the company States their 3:03 aircraft can take off and land 3:05 vertically and with its Canard Wings the 3:07 aircraft can take off and land on very 3:09 short runways and Achieve high speeds 3:11 during forward flight 3:13 by using a hybrid electric power system 3:16 using a turbine engine to produce 3:18 electricity for the electric motors and 3:19 onboard batteries the aircraft can carry 3:22 a higher payload and have a longer range 3:29 Japanese shipping major NYK group has 3:33 given the maritime World a taste of 3:34 things to come as it unveils A New 3:36 Concept of an emission-free ship dubbed 3:38 the NYK super eco ship 2050. the design 3:42 fits well the industry decarbonization 3:44 efforts aimed at having greenhouse gas 3:46 emissions by 2050. NYK said the power 3:50 needed to operate the ship has been cut 3:52 by 70 percent by remodeling the hull to 3:54 decrease water friction reducing the 3:56 weight of the hull introducing fuel 3:58 cells for electric propulsion and 4:00 relying on other highly efficient 4:02 propulsion devices instead of fossil 4:05 fuels the ship would be powered by solar 4:07 energy and hydrogen produced from 4:09 renewable energy sources all of which 4:11 would lead to a reduction of CO2 by 100 4:13 and thus result in a zero emission 4:16 vessel the vessel is equipped with 4:18 pontoons that can be deployed if 4:20 required 4:21 this allows it to remain stable during 4:23 blackouts and other abnormal situations 4:26 these developments will allow Hull shape 4:29 optimization to be done differently with 4:31 a greater focus on Resistance 4:33 overall the reduction in vessel 4:35 resistance is 35 percent 4:40 [Music] 4:43 worldview Enterprises is developing A 4:46 balloon-based system that will carry 4:47 people to the stratosphere with the 4:49 first commercial flights 4:51 the typical ride will last six to eight 4:53 hours and take passengers to an altitude 4:55 of at least one hundred thousand feet or 4:57 thirty thousand meters where they'll be 4:59 able to see the curvature of Earth 5:00 against the Blackness of space but the 5:03 overall experience will last five days 5:05 which will be spent in and around sites 5:08 of natural beauty and cultural and 5:09 historical significance e ID on the 5:12 company's pressurized eight passenger 5:14 Explorer capsule sells for fifty 5:16 thousand dollars significantly less than 5:19 any other major space tourism outfit is 5:21 charging and the ride to the 5:23 stratosphere will be smooth and gentle 5:25 enough to accommodate people of widely 5:27 varying ages and fitness levels the 5:30 mission is to expand access to space to 5:32 all and in doing so support the 5:34 transformation of our world's most 5:35 ambitious leaders so they can use their 5:37 experience in space to create positive 5:39 change here on Earth 5:43 the Lincoln model l-100 concept is a nod 5:47 to the company's first luxury vehicle 5:49 the model L of 1922 the model l-100 is a 5:53 massive machine that prioritizes 5:55 personal luxury Above All Else 5:58 the model l-100 concept instead presents 6:01 itself as a vision of a future Lincoln 6:02 hopes it and to some degree Society will 6:05 be able to achieve there's no steering 6:08 wheel or pedals instead those within the 6:11 model l-100 let the car do the driving 6:14 the passengers can use a miniature model 6:16 of the car what Lincoln calls a chess 6:18 piece that rests on a center console 6:21 screen or the chessboard to accelerate 6:23 stop and steer the vehicle with driving 6:25 largely removed from the equation 6:27 Lincoln's design team was able to create 6:30 a cabin that caters primarily to the 6:32 passenger experience 6:33 this includes a front seating space 6:36 capable of switching between a typical 6:38 forward-facing position or a more 6:39 sociable but also potentially more 6:42 nauseating rearward facing position that 6:44 allows front and rear passengers to face 6:46 one another 6:51 [Music] 7:05 thank you