China-based Micronewton has supplied a university laboratory system featuring a water-to-air heat exchanger test bench ...

New Southwest Research Institute (SwRI) modeling, conducted in collaboration with scientists at the University of Arizona, ...

This captivating visual simulation explores the catastrophic outcomes of various planetary collisions across the solar system. From small asteroid impacts and dwarf planets to massive head-on crashes ...

One exploded star left behind six Earth masses of rocky planet material just 100 million years after the Big Bang, a simulation finds.

This video presents a detailed simulation of a descent onto the surface of Europa, one of the most intriguing moons in our solar system. It explores the moon's unique icy landscape and dives into the ...

Based on the ROI simulation, the Self-consumption (SELCO) option – wherein solar only generates during daytime – shows a ...

Water-rich environments capable of forming stars and planets may have existed only 100 million to 200 million years after the Big Bang. Simulations suggest explosions from the universe’s first stars ...

The solar system could have passed through dense interstellar clouds at least three times in the last few million years, which compressed the heliosphere to a size smaller than Earth's orbit. During ...

Complex site topography can have a crucial bearing on a PV system’s energy yield writes Solargis CEO Marcel Suri.

Research finds households in South Korea moving into lower tariff tiers after installing PV systems can offset 11% to 22% of ...

The Fermi Explorer Mission has unveiled its roadmap to launch humanity’s first spacecraft to another star system by the end ...

Powerful magnetic fields may tear apart and trap giant stellar eruptions before the plasma can escape into space.