By probing yeast proteins, researchers show how other organisms may adapt to rising global temperatures.

The theory explains how quantum environments can steer chemical reactions—speeding them up or slowing them down without adding heat or light.

Using qudits, Rochester scientists have solved a notoriously difficult problem involving Hilbert space, or the quantum matrix.

Wave-like landforms on Mars offer insights about the planet’s icy past, its potential habitability, and the physics of flowing granular materials.

A team of scientists has developed the “world’s most electrically conductive organic molecule.”

The economics and music major found his path by embracing unexpected opportunities.

Confirmation of this elusive state in quantum systems could lead to more efficient quantum devices.

New research provides an updated timeline of human-Neanderthal interactions, revealing patterns in the genetic legacy of this ancient exchange.

Researchers draw inspiration from nature to create tiny, powerful microlenses for advanced image sensors.

Every year biologist Al Uy travels by plane, boat, and foot to remote corners of the South Pacific to answer one of evolution’s biggest mysteries: How do species originate?