Nd it’s also the lightest.
A Mumbai, India-based startup called Vazirani Automotive revealed images of its Ekonk electric hypercar, which was designed to be the “lightest EV ever,” a report from Motor1.com explains. The car, which looks like it’s out of the ‘Speed Racer’ movie, was designed with a special cooling system to keep it as light and fast as possible.
Though the Ekonk is still in the prototype phase, the Vazirani Automotive team says it aims to develop the fastest… See More.
Laura Hiscott reviews Quantum Technology | Our Sustainable Future by The Quantum Daily.
How could quantum computing help us to fix climate change? This is the question at the heart of Quantum Technology | Our Sustainable Future, a half-hour-long documentary published on YouTube in July.
Made by “The Quantum Daily”, a resource for news and information on all things quantum, the documentary consists of interviews with people working in a host of organizations in the sector, from Oxford Instruments NanoScience to Google Quantum AI. The main idea is that, since quantum computers have the potential to be much more powerful than classical ones, they could speed up the discovery of solutions, such as molecules that would be very effective at carbon capture.
Go to http://brilliant.org/Undecided to sign up for free. And also, the first 200 people will get 20% off their annual premium membership. While renewable energy sources like solar and wind have now become cheaper than fossil fuels, developing long-term energy storage is key to overcome their intermittency. Lithium-ion batteries are the state-of-the-art battery technology but they can only cost-effectively provide energy for about 6 hours. So, what if we could extend the battery duration to 100 hours… out of thin air … and rust? Literally!
Watch Perovskite Solar Cells Could Be the Future of Energy: https://youtu.be/YWU89g7sj7s?list=PLnTSM-ORSgi7sp17ey2ydGRGBTFijdYCh.
Video script and citations:
https://undecidedmf.com/episodes/why-rust-batteries-may-be-t…technology.
Follow-up podcast:
Video version — https://www.youtube.com/channel/UC4-aWB84Bupf5hxGqrwYqLA
Audio version — http://bit.ly/stilltbdfm.
👋 Support Undecided on Patreon!
https://www.patreon.com/mattferrell.
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Good day to you all, Hertz have certainly smelt the coffee… will the rest of the world catch up? It is a fact. Clean energy already beats dirty energy and the gaps will only increase with time. It is also a fact that we will produce more than we need, and it will be much cheaper than it is today. Just imagine what global problems could be solved with cheap, clean, abundant energy! If you want more detail then in this video I look at where we are, how mis-pricing of legacy generation is making them appear less expensive than they really are, and how incorrect projections for solar, wind and batteries are giving decision makers flawed future projections, and how clean, renewable energy could help solve some of the greatest problems we face…quickly. Have an amazing day.
Clean energy future — cheap abundant energy will solve so many problems.
It is a fact. Clean energy already beats dirty energy and the gaps will only increase with time.
It is also a fact that we will produce more than we need, and it will be much cheaper than it is today.
Just imagine what global problems could be solved with cheap, clean, abundant energy!
The end of the age of fossil fuels is here, check out this video for more detail.
Is this the future of electric vehicles?
Anyone who has seen Tron movies can testify to the impressive vehicles that the characters ride. Now, a designer has created a Tesla electric bike concept called Dust that is reminiscent of the bikes in the movie.
The dreamy bike is draped in a completely metallic finish that seems straight out of the future. It also comes in two models: one is completely black and the other is a contrasting design with a silver finish and matte blac… See More.
Like the Stanford Torus, the O’Neill Cylinder, and the Generation Ship, the Space Elevator is one of those ideas that keep popping up! Just when you think scientists and engineers have given up on it, there’s a new round of theoretical studies that assert how it could be done. You might say that the Space Elevator is an idea that’s too good to let go of.
Considering the benefits involved, this should come as no surprise. Granted, the cost in terms of money, resources, and time would be considerable, as are the engineering and logistical challenges involved. But for the one-time price of creating this megastructure, we would be able to realize space-based solar power, habitats in orbit, cities on the Moon and Mars, and more!
Full Story:
Thanks to recent advances in materials science, Space Elevators have become somewhat feasible at last.
Like the stanford torus, the o’neill cylinder.
Dune Stillsuits — technology review.
How Stillsuits compares to the life-support and recycling solutions on the ISS, and challenges we may face in other planets and moons. A new video I released to Sci and SciFi channel.
Stillsuits is an amazing technological marvel that allow humans to live on Arrakis, a desert planet, deprived of water. Stillsuites are featured in the bestselling book, Dune, which was adopted to a movie multiple times, including a new amazing release in October 2021.
Does NASA have any similar life-support and recycling technologies that can help humans live in the hostile environment of space and on other celestial bodies such as Mars and Titan?
#Dune# Stillsuit #booktube #authortube.
The sharpest knives available are made of either steel or ceramic, both of which are man-made materials that must be forged in furnaces under extreme temperatures. Now, researchers have developed a potentially more sustainable way to make sharp knives: using hardened wood. The method, presented October 20th, 2,021 in the journal Matter, makes wood 23 times harder, and a knife made from the material is nearly three times sharper than a stainless-steel dinner table knife.
“The knife cuts through a medium-well done steak easily, with similar performance to a dinner table knife,” says Teng Li, the senior author of the study and a materials scientist at the University of Maryland. Afterward, the hardened wood knife can be washed and reused, making it a promising alternative to steel, ceramic, and disposable plastic knives.
Li and his team also demonstrated that their material can be used to produce wooden nails as sharp as conventional steel nails. Unlike steel nails, the wooden nails the team developed are resistant to rusting. The researchers showed that these wooden nails could be used to hammer together three boards without any damage to the nail. In addition to knives and nails, Li hopes that, in the future, the material can also be used to make hardwood flooring that is more resistant to scratching and wear.
Food for Thought.
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