science

Tiny defects in a common semiconductor can improve how light moves and emits, challenging long-held assumptions.

The new system captures both light electrons and heavy calcium ions.

The innovation addresses the environmental impact of cement, which currently accounts for 8% of global greenhouse gas emissions.

The embryo preserved inside offers definitive proof that mammal ancestors were egg-layers.

The swap gate exchanges qubit states with precision in under a millisecond.

The STAR collaboration tracked rare quark-antiquark pairs created in proton collisions, offering new evidence that empty space is not truly empty.

Constant cosmic ray bombardment creates “fake” signals that mimic the rare muon-to-electron transition.

The creature, Captorhinus aguti, died in a cave in Richards Spur, Oklahoma, roughly 289 million years ago (early Permian period). 

Initially, the trapped rotor displayed libration so the researchers turned to optical cooling to take temperatures near absolute zero.

These findings challenge existing theoretical models and suggest that electron dynamics are more complex than previously thought.

Superconductors allow electricity to flow without resistance, meaning no energy is lost as heat.

Instead of slowly fading, quantum order is knocked out by competing light signals—like waves cancelling each other instantly.

The shellear fish begins its ascent up the vertical wall of the falls in the splash zone at the end of the rainy season.

Instead of disappearing completely, black holes may leave tiny remnants that trap information in long-lived vibrations.

Culasawani Island remained a secret until researchers used hand augers to reveal its shell-packed core.

For the first time, scientists turned quantum noise into a feature, enabling a tiny system to take on giant tasks.

This new superconducting gravity detector works outside labs, bringing submarine detection by gravity closer to reality.

The system captured an orbital transition never before used in atomic timekeeping.

Repair, reuse, refurbish, or recycle? Scott explains why keeping tech in use usually wins, except when efficiency upgrades change the equation.

A microwave photon is about 10,000 times weaker than optical photon, making it difficult to detect using conventional detectors.