Experiments support a controversial proposal to generate electricity from our planet’s rotation by using a device that interacts with Earth’s magnetic field. Read More »
An automatic, algorithmic technique can find optimal laser configurations for inertial-confinement fusion—one of two main fusion approaches. Read More »
Ultraviolet photons induce potassium niobate to behave like a potent solid-state refrigerant, according to new calculations. Read More »
Experiments at the Joint European Torus make the case for using gamma rays to determine the fusion reaction rate in a magnetically confined plasma. Read More »
Coupling the charger and battery to a common reservoir induces a direct flow of energy into the battery. Read More »
Experiments show the effects on combustion of adding hydrogen to natural gas—a fuel mixture that could reduce carbon emissions from power plants. Read More »
The commercialization of magnesium-ion batteries could be closer thanks to the development of a cathode material inspired by multispecies metal alloys. Read More »
Interest in developing batteries based on sodium has recently spiked because of concerns over the sustainability of lithium, which is found in most laptop and electric vehicle batteries. Read More »
Real-time in situ x-ray observations of new nickel-rich lithium-ion batteries reveal that reduced performance comes from lithium ions getting trapped in the cathode. Read More »
Paul Kempler runs a master’s program at the University of Oregon that provides hands-on electrochemistry training for those wanting to enter the field without them having to take a five-year-long PhD. Read More »
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