Simulations appear to tie up lots of loose ends.

NASA's Perseverance Mars rover has detected its highest concentrations yet of organic molecules.

Mitochondria are compartments – so-called “organelles” -- in our cells that provide the chemical energy supply we need to move, think, and live.

The powerful new AI could be used to find new cures and high-tech biomaterials.

The ultraluminous galaxy is part of a class called "hot Dust-Obscured Galaxies," or "hot DOGs" for short.

Body MRI has evolved from a niche subspecialty to a standard modality in the practice of abdominal radiology. However, the practicing radiologist may feel uncomfortable interpreting body MRI studies owing to a lack of case volume and inconsistent exposure. Th…

Discovered by Galileo 400 years ago, the rings of Saturn are about the most striking thing astronomers with small telescopes can spot in our solar system.

A Maryland company announced Friday it will build a natural gas power plant designed to capture climate-changing carbon in West Virginia. Officials said it ...

NASA's Perseverance rover is investigating signs of ancient life on Mars, and has now collected some of the most promising samples from the Red Planet yet.

Scientific Reports - Non-invasive contactless analysis of an early drawing by Raffaello Sanzio by means of optical methods

Metal hydrides (M-H), critical but ubiquitous intermediates in a broad variety of catalytic reactions, are important in the field of heterogeneous catalysis. However, the comprehensive characterization and understanding of M-H species are still challenging.

The SHERLOC and PIXL proximity science instruments on Perseverance have enabled more detailed observations of Martian chemistry and minerology than ever before.

Seeing is believing—or, rather, seeing can aid in understanding, especially when it comes to the mechanisms underpinning lithium-ion batteries. Despite near-ubiquitous use in cell phones, computers and more, the complex electrochemical environments of lithium…

Liquid from within the space rock closely resembles that in Earth’s oceans, giving an exciting clue to how life was seeded on this planet

A glittering multitude of stars in the globular cluster Terzan 4 fills this image from the NASA/ESA Hubble Space Telescope.

An international team of researchers, led by Norway’s University of Bergen, has used data science and computational biology to show that the same “rules” have shaped how organelles -- both mitochondria and chloroplasts -- have evolved.

It was the last chance to see this comet shine.

The Winchcombe meteorite, which crashed into a driveway in the Gloucestershire town last year, is also thought to hold clues about where the water in the Earth's vast oceans came from.

A recent study has cast doubt upon the popular theory that an asteroid strike killed off dinosaurs.

Researchers have quantified the energy of ocean currents larger than 1,000 kilometers. Using a novel coarse-graining technique, they have discovered that the most energetic is the Antarctic Circumpolar Current, some 9,000 kilometers in diameter.

The Winchcombe meteorite could also hold clues about where the water in the Earth's vast oceans came from.

Called LICIACube, the Italian-built probe will take images of DART’s impact with asteroid Dimorphos on September 26.

The massive stellar explosion, scientists believe, might date back to the Middle Ages.

Despite all the dangers of its rugged surface, our simulated Mars base is inhabited by magic.