Goodbye lithium, welcome sodium: the breakthrough of new generation batteries
Sodium, 500 times more abundant than lithium, could revolutionize the world of batteries. This is demonstrated by new research from KAIST.
Sodium, 500 times more abundant than lithium, could revolutionize the world of batteries. This is demonstrated by new research from KAIST.
NASA's toughest bacterium, discovered in cleanrooms, is now the key ingredient in a revolutionary sunscreen that offers unmatched UV protection.
CATL presents battery guaranteed for 15 years for 1,5 million km. It will be used by Yutong Bus, already a partner since 2012, on new electric buses for global markets.
The team modified bacteria to produce a black pigment: the shoe of the future combines production and dyeing in a single process.
In the new implantable Na-O2 battery, tissue oxygen acts as fuel. It can power devices, and even be therapeutic.
The new lithium potassium batteries withstand extreme tests without fires, thanks to a non-flammable electrolyte derived from cooling fluids.
RPI research proposes a sustainable solution to the problem of plastic waste, converting it into biodegradable silk through fermentation
Cornell's new rapid lithium battery promises ultra-fast charging, and could be the key to global EV adoption.
Innovative research transforms Cutibacterium acnes, a common skin bacterium, into an effective ally against acne.
China's Betavolt New Energy Technology introduces a nuclear battery that combines the radioactive isotope nickel-63 with a diamond semiconductor, aiming to provide energy for fifty years.
With batteries up to 500 Wh/kg, Elysian plans to cover 50% of long-haul commercial flights. We'll need to work on it.
Swapery introduces a 7-second self-replaceable smartphone battery system, promising a full day of battery life.
Graphene and special electrolytes make the Nanotech Energy battery non-flammable: ideal for e-bikes, robotics and military applications
Fourth Power introduces an ultra-effective thermal grid battery, which promises to cost 10 times less than lithium batteries.
Using Lysinibacillus sphaericus bacteria, scientists create a cement that 'heals' cracks on its own, inspired by the repair mechanisms of human skin
Scotland pioneers eco-friendly recycling with bacteria that 'eat' batteries, isolating cobalt, manganese, nickel and lithium for new applications
Pi-Pop raises the sustainability rate of E-bikes: no more lithium, no recharging, just kinetic energy to make it move
The rather vaguely named mini electric car uses interchangeable Gogoro batteries for faster and more convenient electric mobility.
BTRY, a spin-off of the Swiss federal laboratories Empa, presents thin, safe and eco-friendly batteries that can be recharged in one minute.
Singapore scientists develop ultra-thin battery for smart contact lenses, powered by tear fluid. A revolution in the field!
Japanese researchers develop Nafion-based air batteries. Let's take a look?