Space

A theoretical study has proposed a new way to describe the simplest atom in nature, arguing that the electron in...

A coupled numerical model shows how aluminum particle size changes combustion stages, burning time, vaporization, and condensed alumina formation.

Researchers propose continuous supply-chain due diligence to make lunar resource extraction and space-based manufacturing safer, more accountable and more sustainable.

A single, oblique collision may have transformed Deimos from an ordinary fragment of the early Solar System into the smooth,...

A review explains how three-dimensional non-local thermodynamic equilibrium radiation-transfer models can improve interpretations of stars, exoplanets, and kilonovae.

Physicists have assembled one of the most wide-ranging theoretical portraits yet of two of nature’s most tightly bound objects: charmonium,...

Researchers have developed and tested a low-cost pyramidal solar sensor that offers a wide field of view, commercial-comparable accuracy and...

A model tested with sand, ice, nitrogen, and carbon dioxide estimates the gas flow needed to keep drill cuttings moving...

Water ice scattered across the Solar System could determine where humanity builds its first long-term footholds beyond Earth. At the...

Solar Flares Can Launch Coronal Shock Waves Without Exploding Into Space A solar flare can send a shock wave racing...