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energy efficiency

This illustrates the principle of two oscillators giving in-phase and out-of-phase oscillation modes.

Brain-Inspired Magnetic Waves Could Power Next-Gen Computing Without the Deep Freeze

This paper is the first direct demonstration of the transverse thermoelectric generation in WSi2, and the results could pave the way for more efficient thermoelectric devices.

Novel Material Points Way to More Efficient Heat-to-Electricity Conversion

Reactor (left) used to test the new thermal emitter; Gururaj Naik (right).

Quantum Physics Inspires More Efficient Way to Convert Industrial Heat into Electricity

UC Santa Cruz chemists discover new process to make biodiesel production easier, less energy intensive

Scientists Develop Simpler, Energy-Efficient Method to Produce Biodiesel from Waste Oil

A chalk-based coating attaches to various commercially available textiles, including cotton and synthetic fiber, to create cooling fabrics, such as the treated synthetic material (right) that’s brighter than the untreated fabric (left).

Chalk-Based Fabric Coating Could Keep You Cool in Hot Weather

A custom-built hardware device plans to help artificial intelligence be more energy efficient. Credit: University of Minnesota Twin Cities

Energy-Efficient AI: New Hardware Could Slash Computing Power Needs by 1000x

brain network illustration

Researchers propose the next platform for brain-inspired computing

Schematic illustrations of the electrochemical coating process on LSM–YSZ electrode of SOFCs

Catalyst Coating Boosts Solid Oxide Fuel Cell Performance in Just 4 Minutes

A 3D rendered image depicting a wastewater treatment plant with a futuristic, glowing pipeline leading to a clean water droplet and a green energy symbol, representing the transformation of sewage sludge into clean water and renewable energy.

From Sewage Sludge to Clean Water and Energy

Aerodynamic Interactions Reveal Secret to Birds' Synchronized Flight

Aerodynamic Interactions Reveal Secret to Birds’ Synchronized Flight

An AI humanoid glowing green

AI’s Energy Footprint Can Be Cut by 70-80% Without Compromising Performance

Artist's interpretation of a silicon-photonic (SiPh) chip

New chip opens door to AI computing at light speed

Two-dimensional material-based volatile and nonvolatile memory devices

Building Tomorrow’s AI with ‘Lego Blocks’

illustration of domain walls

Ultrafast laser pulses could lessen data storage energy needs

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