Reengineered metasequoia wood generates electricity from water flow while cooling buildings through evaporation, offering a dual-function material tested successfully in real-world cabin trials.

Initiated in 2024, the Planetary Health Check is a comprehensive, science-based global initiative dedicated to measuring and maintaining Earth systems critical to life as we know it. These annual ...

Laser written high entropy oxide electrodes with tree like nanoarrays integrate structure and chemistry to achieve efficient and durable hydrogen production under industrial electrolysis conditions.

The VoltAero HPU 210 is a firewall-forward package that blends a supercharged Kawasaki H2SX-derived engine with a 60-kilowatt electric motor. The post Hybrid Power: From Hype to Hardware appeared ...

Industrial control systems have grown increasingly complex, requiring faster response times, more adaptability, and seamless integration with digital ...

This method differs from conventional cold plate technologies, which are separated from the chip by several thermal layers and are reaching their efficiency limits as processors ...

The microfluidic cooling system tested by Microsoft promises up to 3x better heat removal than cold plates, improved power usage, and reduced operational costs.

Microsoft has successfully developed an in-chip microfluidic cooling system that can remove heat up to three times better than current cold plate technology.  The new cooling system uses microfluidics ...

Preventing corrosion in data center cooling water systems isn’t just for looks. Corrosion weakens the metal walls of piping and equipment, creating holes over time, shortening the service life of the ...

Microsoft has announced progress on a new chip cooling approach that could help address one of the biggest bottlenecks in scaling AI infrastructure: heat. The company’s researchers have successfully ...