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11 results for "electrons"
J.J. Thomson announced the discovery of the electron 127 years ago today, revealing the tiny particle that powers everything from smartphones to solar panels. His groundbreaking work at London's Royal Institution transformed our understanding of atoms and launched the age of electronics. #
Researchers can now capture "movies" of invisible events that unfold faster than you can blink 10 billion times. The breakthrough imaging method reveals how plasma forms and electrons move in real time.
Researchers just unlocked a breakthrough that could transform computing by using atomic vibrations in quartz to move electrons, no magnets or batteries required. This discovery opens an entirely new field called orbitronics that could make future devices cheaper, lighter, and more efficient.
Scientists in India discovered electrons in graphene flowing like a nearly frictionless liquid, defying a 150-year-old physics law. This breakthrough could unlock powerful quantum sensors and let researchers study black hole physics in a lab.
Researchers discovered vibrations can launch electrons across solar materials in 18 femtoseconds, opening new pathways for cheaper, more efficient solar energy. Instead of fighting molecular motion, scientists can now harness it as a tool.
Researchers at Cambridge discovered that molecular vibrations can launch electrons across solar materials in just 18 femtoseconds, opening doors to cheaper and more efficient solar panels. This breakthrough could transform how we harness energy from the sun.
European scientists are testing a breakthrough that could help solar panels capture far more energy from sunlight than previously thought possible. The innovation uses specially treated silicon to squeeze multiple electrons from single light particles.
Scientists at the University of Illinois have discovered that magnets can follow the same physics rules as graphene, opening doors to tiny wireless devices. The breakthrough connects two worlds that scientists always thought were separate.
The James Webb Space Telescope just captured something never seen before: the glowing auroral footprints of Jupiter's moons Io and Europa. These stunning images reveal how electrons crash into Jupiter's atmosphere, opening new windows into planetary science.
Scientists have proven that a hidden geometry inside materials bends electrons like gravity bends light, opening doors to ultra-fast quantum computers. What was once just a theory is now real and measurable.
German researchers have developed a container-sized electron accelerator that destroys PFAS "forever chemicals" in contaminated water, offering a cost-competitive alternative to traditional filters. The technology could soon be deployed at pollution hotspots like Berlin's former Tegel Airport.