Impact Lab – Page 276 – A Laboratory of the Future Human Experience

Scientists Develop Futuristic Jet Fuel By Using Water, Sunlight and CO2

August 4, 2022

The solar fuel-production plant at IMDEA Energy Institute in Madrid. Scientists are developing a futuristic jet fuel by using water, CO2 and sunlight.

BY SIMONA KITANOVSKA

A carbon-neutral aviation fuel has been developed by scientists. The futuristic fuel uses water, carbon dioxide and sunlight to power jet engines.

Researchers in Switzerland are the first to produce the fuel in a power generator rather than a lab.

The amount of synthetic jet fuel it emits when it combusts in a plane’s engine equals the amount consumed during its production in a solar plant, thus making it carbon neutral.

The fuel will be even greener if the team can capture carbon dioxide from the air in the not-too-distant future and use it in the fuel.

The solar-made kerosene, or jet fuel, is fully compatible with the existing way fuel is stored, distributed, and used in a plane’s engine.

No clean and effective way of flying planes exists today.

AI

FUSEPROJECT’S BIONIC LEG WEARABLE IMPROVES LIVES OF THOSE LIVING WITH MOBILITY DIFFICULTIES USING AI

August 4, 2022

Technology has changed the lives of a lot of people, not just in terms of having access to information or having readily available communication tools. There are a lot of companies out there that are using all these advances to create devices and tools that can help people living with disabilities have a more independent life. Those with mobility difficulties from such conditions like multiple sclerosis, stroke, cerebral palsy, etc can now use this new piece of bionic clothing that is not just functional but also easy to use and a bit fashionable.

Medical Breakthrough

Artificial Heart: Researchers Use Focused Rotary Jet Spinning Technology for More Advanced Human Transplant

August 4, 2022

A representation of an artificial heart valve through a 3D Medical Animation

By Marie Morales

The researchers of Harvard John A. Paulson School of Engineering and Applied Sciences have devised the first-ever biohybrid model of beating cardiac cells aligned helically.

As a Healthclubfinder report specifies, “the future of cardiac medicine involves tissue engineering.” Specifically, it includes the development of a human heart intended for transplant.

The future of cardiac medicine involves tissue engineering. It includes the creation of a human heart for transplant.

This model revealed that the alignment of muscles does, in fact, substantially increase the amount of blood that the ventricle can pump with every contraction.

Aviation

Boom Supersonic unveils high-speed jet to be built in Greensboro

August 3, 2022

Boom Supersonic is set to build a manufacturing facility at PTI airport later this year for it’s supersonic Overture jet.

By Grace Holland

GREENSBORO, N.C. — The supersonic jet maker on it’s way to the Triad is sending shockwaves with a new design released Tuesday.

Boom Supersonic released new images of the jet it plans to build at PTI in the coming years.

The company is set to break ground on its facility later this year.

Boom Supersonic said its Overture jet concepts were released after it did testing and simulations. The plan is for this to be a supersonic jet, similar to the Concorde but more environmentally friendly.

Boom said the jet will be able to carry up to 80 passengers at twice the speed of today’s jets. It wants to build the plans by 2025 and carry passengers by 2029.

Before it builds the planes, it has to build the factory.

PTI’s Executive Director, Kevin Baker, said there’s been a lot of progress made at the site in the seven months since Boom announced it would come to the airport.

“We’re grading (the site). In fact, we’ve got a lot of the site at grade at this point,” Baker said. “We worked with the company as they lay out their facilities and modify that design. It’s a very fast-paced project and luckily we had a lot of this underway.”

Aviation

Rolls-Royce, Hyundai Motor join hands to fly fuel-cell aircraft in the air by 2025

August 3, 2022

Rolls-Royce and Hyundai Motor Group have announced their plans to collaborate on bringing all-electric propulsion and hydrogen fuel cell technology to the AAM (Advanced Air Mobility) market. The partnership will leverage the aviation and certification capabilities of Rolls-Royce and the hydrogen fuel cell technologies and industrialisation capability of Hyundai Motor Group.

Both these companies share a vision to lead the way in the AAM market by delivering battery-electric and fuel cell electric solutions to the UAM (Urban Air Mobility) and RAM (Regional Air Mobility) markets and advancing sustainable aviation.

Metaverse

How the metaverse is looking to transform the workplace with virtual reality technology

August 2, 2022

Yahoo Finance’s Akiko Fujita interviews BCG Global Head of Luxury Sara Willersdorf and other experts during a special report on the metaverse and how it may affect the office experience.

Metaverse

MetaMundo Launches Pioneering 3D Marketplace for the Metaverse

August 2, 2022

MetaMundo has launched the first 3D marketplace for collecting metaverse scenes and assets.

By Max Antony Rapkin

Scenes such as 3D galleries, villas, music venues, parks, avatars and vehicles will be sold as NFTs on the marketplace by leading artists, architects, and designers.

Crucially, all 3D NFTs on the marketplace will be compatible with multiple metaverse platforms, such as The Sandbox, Cryptovoxels, Decentraland and Spatial.

“MetaMundo’s vision is to facilitate a beautifully designed, interoperable, and open metaverse – an immersive 3D social internet, where everyone can own and build parts of it through blockchain technology. The marketplace launch is our first major step towards realizing this vision,” said Finn Hansen, co-founder of MetaMundo. “For the first time, we have enabled metaverse users to collect high-quality 3D scenes—minted as NFTs—for use across many virtual environments.

Now, users can visit the marketplace and enjoy an immersive exploration of two scenes built by leading 3D creators Dutchtide, and the American modernist architect Luis Fernandez.

new technology

A new plasma boring robot can dig tunnels 100 times faster and 98% cheaper

August 2, 2022

Earthgrid plans to re-wire grids across the U.S. at record speed and at a fraction of the cost.

By Chris Young

San Francisco-based startup Earthgrid is developing a plasma boring robot that is capable of digging tunnels 100 times faster, and up to 98 percent cheaper than existing boring systems, a report from New Atlas reveals.

The company plans to use its technology to re-wire energy, internet, and utility grids in the U.S.

Meet Earthgrid’s Rapid Burrowing Robot.

Unlike conventional boring machines, which typically use massive cutting wheels to slowly excavate tunnels, Earthgrid’s robot blasts rocks with high temperatures to break and even vaporize them via a process called spallation.

The machine can run on electricity, meaning it can also be emissions-free, depending on how energy is sourced. Earthgrid also claims that its system, which doesn’t need to come into contact with the rocks directly as it excavates, is so fast and cheap it will open up a whole host of possibilities. In other words, projects that were once deemed economically unfeasible will now be possible.

Earthgrid is currently operating on pre-seed funding, and it is developing its “Rapid Burrowing Robot (RBR)”, a spallation boring robot with several 48,600 °F (27,000 °C) plasma torches mounted on large discs.

When operational, the RBR will fire up those torches and rotate the discs to blast the rocky surface in its way. The torches on the discs are arranged in a Fibonacci spiral, meaning they widen out away from the center for full coverage. Debris is collected in small pushcarts.

Science & Technology News

[FUTURATI PODCAST] Ep. 97: Could bitcoin mining fix climate change? | Troy Cross

August 2, 2022

Listen on the Futurati Podcast website (or wherever you get podcasts!)

If you enjoy this interview please help us grow by subscribing to the podcast and sharing it with your friends!

It’s become commonplace to hear politicians and commentators bemoaning the energy expenditure of bitcoin mining, noting that it consumes more power than certain industries or countries and confidently proclaiming that the bitcoin network performs no useful work.

But recently, an emerging group of scholars has pushed back on this narrative, arguing that in fact bitcoin mining has certain special properties that make it ideal for subsidizing renewable energies. If this is true, it could become an important part of mitigating the effects of climate change.

Tonight we’re joined by one of the original scholars advancing this thesis. Troy Cross is a professor of philosophy at Reed University, where he focuses on questions of knowledge and reality. In addition, he is a fellow at the Bitcoin Policy Institute, where you can find his work on energy economics, bitcoin mining, and the environment.

For more crypto content check out our playlist.

Batteries

A 5-minute EV charging startup raises $59 million

August 1, 2022

A Cambridge University professor’s ultrafast EV battery startup has raised $59 million in Series B funding. Nyobolt aims to develop a battery that can achieve 5-minute EV charging time.

By Michelle Lewis

Goslar, Germany-based H.C. Starck Tungsten Powders (HSC), a wholly owned subsidiary of Hanoi-headquartered Masan High-Tech Materials, the largest manufacturer of mid-stream tungsten products outside of China, led the funding for Cambridge, UK-based Nyobolt.

EV charging in 5 minutes.

H.C. Starck will help Nyobolt scale up its R&D and manufacturing centers in the UK and US, as well as its battery recycling program.

Nyobolt’s executives say it’s currently focusing on developing batteries for high-performance racing EVs, and that its batteries could be ready for use in mass-market EV models later this decade, according to Reuters.

Hady Seyeda, CEO of H.C. Starck Tungsten Powders, said:

Nyobolt’s technology is a real breakthrough that we can help commercialize based on our vast experience in transferring innovative solutions into large-scale manufacturing. This partnership is also going to accelerate the development toward a circular economy for batteries via enhanced recycling and new models of use.

AI

Microsoft launches Project AirSim to train AI drone systems

August 1, 2022

Project AirSim is a flight simulator for drones which can be used by companies to develop and train software controlling them.

BySahil Pawar

Microsoft has launched a platform named Project AirSim to train the artificial intelligence systems of autonomous aircraft. Project AirSim is a flight simulator for drones that companies can use to develop and train software controlling them.

The platform makes test flights possible in places that are usually considered risky, such as near power lines. Also, millions of flights can be simulated with this platform in the future, and companies can virtually see how the vehicle flies in the rain or how strong winds might affect its battery life.

In a statement announcing the launch, Microsoft said that the platform would show the power of the industrial metaverse, a virtual world where businesses will build, test, and hone solutions and bring them into the real world. The firm envisages using the technology to train the AI systems which fly autonomous air vehicles, from air taxis to delivery drones.

Space Flight

A New Method for Making Graphene has an Awesome Application: A Space Elevator!

August 1, 2022

The Space Elevator is one of those ideas that seems to have an endless supply of lives. Originally proposed about a century ago, this concept calls for a tether of supermaterial that connects a station in orbit to Earth’s surface. Our planet’s rotation would keep this tether taut, and a system of “climbers” would transport people and payloads to and from space. The engineering challenges and costs associated with such a structure have always been enormous. But every generation or so, new research comes along that causes engineers and space agencies to reevaluate the concept.

The single-greatest challenge has always been the tether since no known material has ever been strong enough to handle the stresses involved. But as it turns out, this issue may finally be resolved! According to scientists with the International Space Elevator Consortium (ISEC), a cost-effective manufacturing process could produce graphene ribbons that are strong enough to fashion a tether! Their latest findings are detailed in a paper they will present at the upcoming 2022 International Astronomical Congress in Paris.

The research was led by Adrian Nixon, a graphene and 2D materials scientist, a Royal Society of Chemistry member, founder and editor of Nixene Publishing, and a board member of StellarModal and the ISEC. He was joined by Dennis Wright – the Vice President of the ISECIBM and a former researcher with the Stanford Linear Accelerator Center (SLAC) National Accelerator Laboratory – and Dr. John Knapman, a former AI specialist with IBM, a member of the British Interplanetary Society, and the Managing Director of the ISEC.