Researchers have created a new type of time crystal that exhibits both ordered and chaotic behavior simultaneously. The discovery reveals previously unknown forms of temporal structure in quantum systems. They even encoded text directly into the crystal’s timing patterns.
The James Webb Space Telescope received its highest-ever number of observation proposals for its fifth year of operation. With only 8,000 hours available annually and 2,900 proposals competing, selection will be brutally competitive. The telescope’s extended 20-year lifespan still won’t satisfy the
CERN has officially endorsed the next phase for the Future Circular Collider, a proposed 90-100 kilometer particle accelerator that would become the world’s most powerful. The project aims to begin construction in the early 2030s and start operations when the Large Hadron Collider concludes around 2
A new study reveals that cleaner air from pollution controls is making clouds less reflective, allowing more sunlight to reach Earth’s surface. This unintended consequence explains why global warming is accelerating beyond climate model predictions.
Scientists at the LHC have observed one of the rarest events in particle physics – a single top quark appearing alongside W and Z bosons. This tWZ production happens only once in every trillion proton collisions and could reveal new physics beyond the Standard Model. The detection required advanced
CERN researchers have developed a revolutionary ion trapping method that could finally unlock the chemistry of superheavy elements. By “recycling” anions 60,000 times through laser analysis, the technique overcomes fundamental limitations that have blocked progress for decades.
A paradigm-shifting discovery reveals vinculin isn’t just a structural protein but contains six mechanical switches that enable cellular memory. This finding could revolutionize how we understand heart disease and brain function.
Scientists at Vrije Universiteit Brussel have developed genetically modified phages that deliver bacterial toxins directly to resistant E. coli. This precision approach could revolutionize how we combat superbugs while preserving beneficial bacteria.
Scientists have developed a groundbreaking protocol for creating human heart organoids that generate blood cells. This 14-day method represents a major leap in understanding human development and disease modeling.
Groundbreaking research reveals how ancient minerals could have produced NAD, a crucial molecule for all life. The study explains why nature chose NAD over simpler alternatives, solving a key puzzle in origins of life research.
