The latest Donut Labs PR test is out, of a pack installed in a Verge motorcycle charging from 10-90% SoC. @twobitdavinci.bsky.social has an analysis showing a 5C rate plateau until seemingly thermally throttled to 3C before tapering. Impressive! www.youtube.com/watch?v=5cpY...
First and best video I've seen on this from @twobitdavinci.bsky.social
He speculates that it could be a pseudocapacitor, and claims this justifies calling it a solid state battery.
www.youtube.com/watch?v=O8Pj...
The same process that powers the sun could soon power our cities. Check out the full story here: interestingengineering.com/energy/super-magnet-brea...
interestingengineering.com/energy/super-magnet-brea...
This breakthrough means smaller, more efficient reactors that could actually compete with fossil fuels on cost and scale.
We're looking at the potential for clean fusion power plants that produce zero carbon emissions and virtually unlimited energy....
The magnet uses revolutionary high-temperature superconducting tape that maintains its superconducting properties at much higher temperatures than previous tech....
Tesla beast that's 400,000 times stronger than Earth's magnetic field. This isn't just impressive engineering, it's the key to making fusion power commercially viable....
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Commonwealth Fusion Systems just achieved a world-first milestone that brings us closer to unlimited clean energy. Here's why this changes everything.
Their SPARC tokamak reactor successfully demonstrated the world's strongest fusion magnet - a 20 ...
centuries without radioactive waste or carbon emissions.
Fusion energy could completely revolutionize how we power civilization, making fossil fuels obsolete forever. Check out the full story here: interestingengineering.com/energy/worlds-first-nucl...
Japan's breakthrough directly feeds into ITER, the world's largest fusion project, proving the technology actually works at scale. The successful test means we're one giant step closer to fusion power plants that could generate clean electricity for ...
These coils are the key to making fusion work because they create the magnetic cage that keeps the superheated plasma from melting everything.
This isn't just another lab experiment....
The JT-60SA tokamak reactor successfully tested its revolutionary superconducting magnets that contain plasma at 100 million degrees Celsius - that's six times hotter than the sun's core!...
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Japan just fired up the world's first superconducting coil for nuclear fusion, and it's a massive leap toward unlimited clean energy. Here's why this matters....
Check out the full story here: interestingengineering.com/innovation/ocean-carbon-...
interestingengineering.com/innovation/ocean-carbon-...
pay for themselves.
This could revolutionize how we think about carbon removal - turning environmental cleanup into profitable manufacturing. We're looking at a future where cleaning our oceans becomes a thriving industry....
The technology addresses two massive problems simultaneously: ocean acidification from excess CO₂ and our plastic pollution crisis. Instead of energy-intensive processes that store captured carbon underground, this system creates useful products that ...
that breaks down naturally. The process pulls CO₂ straight from the ocean while creating materials we actually need, making it economically viable unlike traditional carbon capture methods....
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Scientists just cracked the code on turning ocean CO₂ directly into biodegradable plastic ingredients! Here's why this breakthrough matters.
This reactor doesn't just capture carbon from seawater - it transforms it into valuable bioplastic feedstock ...
Check out the full story here: cen.acs.org/materials/electronic-mat...
and creates toxic waste. With global demand set to triple by 2030, we desperately need cleaner sources.
This breakthrough could turn electronic waste into treasure, making clean energy tech truly sustainable....
This new electrochemical process zaps magnets with electricity, separating neodymium and dysprosium in just 15 minutes with 95% efficiency.
Rare earths power everything from wind turbines to electric car motors, but mining them destroys landscapes ...
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Electric shocks are now recycling rare earth magnets in minutes instead of hours. Here's why this changes everything.
Traditional rare earth recycling requires harsh chemicals and takes forever....
Instead of choosing between clean energy or clean water, we can have both. Check out the full story here: interestingengineering.com/energy/sodium-ion-batter...
interestingengineering.com/energy/sodium-ion-batter...
This could be a gamechanger for water-scarce regions that also need reliable energy storage.
This innovation represents the kind of engineering breakthrough that makes sustainable technology accessible worldwide....
Traditional lithium batteries require expensive, rare materials, but sodium is abundant in seawater.
The dual-function design means coastal communities could generate clean drinking water while storing renewable energy from solar and wind....
These revolutionary batteries use seawater as their electrolyte, pulling salt out while storing energy. The breakthrough solves two critical global challenges simultaneously - clean energy storage and fresh water access....
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Scientists at the University of Surrey just cracked a massive problem: creating sodium-ion batteries that not only store clean energy but also desalinate seawater while they charge! Here's why this changes everything....
modern engineering to tackle climate change. The future of cargo shipping just got a lot greener. Check out the full story here: interestingengineering.com/energy/giant-wind-sails-...