Intercrystals” could pave the way toward greener electronics and next-generation quantum technologies. Scientists at-New Brunswick have identified a new type of material known as intercrystals, which ...

Scientists have discovered a solution to the “damped quantum harmonic oscillator,” paving the way for what could become the world’s tiniest measuring device. A plucked guitar string rings for a few ...

Scientists from Sweden and Finland have discovered a way to use magnetism to protect fragile qubits, potentially solving quantum computing’s greatest weakness. By engineering a new exotic material ...

A Mediterranean moth was confirmed as a new species through DNA testing. It now bears the name Carcina ingridmariae. A ...

Before temperatures began to rise, Dissacus had a diet similar to that of modern cheetahs, focused mainly on eating meat. But ...

Researchers discovered viral fragments in blood samples from long COVID patients, hinting at a possible biomarker. The findings suggest the virus may linger in hidden reservoirs, fueling ongoing ...

Mysterious red galaxies from the universe’s dawn may trace back to rare, slow-spinning dark matter halos, creating extreme conditions that sparked rapid star or black hole growth.

Penn State astronomers are using data from NASA’s James Webb Space Telescope, combined with theoretical models, to investigate a distant, radiation-bathed protoplanetary disk. The basic ingredients ...

AI helped uncover a one-of-a-kind stellar explosion, where a black hole may have triggered or destroyed its companion star. Astronomers using an AI-powered system led by UC Santa Cruz caught a rare ...

By the end of the century, waves driven by rising seas could crash into Rapa Nui’s most sacred shoreline, flooding Ahu Tongariki and threatening dozens of other cultural treasures.

Researchers have uncovered a new mechanism in photochemistry showing that a molecule’s microenvironment can strongly ...

By splitting a single photon, scientists confirmed that angular momentum is always conserved — a billion-to-one experiment that reinforces the foundations of quantum physics.