Antimatter Breakthrough: How CERN's Discovery Sheds Light on the Universe's Origins At the heart of modern physics lies a profound question: why does our universe consist almost entirely of matter, rather than being annihilated by its mirror image, antimatter? Recent experiments at C... antimatter baryons CERN CP violation particle physics Standard Model universe origins
Breaking the Rules: New Insights into Quark Fragmentation and Symmetry in Nuclear Physics Symmetry shapes much of our understanding in the natural world, especially in physics. From snowflakes to the structure of atoms, symmetrical patterns inform the laws that govern matter. But recent re... fragmentation isospin symmetry Jefferson Lab nuclear physics particle physics pions quarks strong force
3D Printing Breakthrough Unlocks Custom High-Temperature Superconductors Picture a world where custom-shaped superconductors fuel next-generation magnets, medical devices, and transportation. Thanks to a pioneering 3D printing process developed by scientists at Northwester... 3D printing ceramics innovation manufacturing materials science particle physics superconductors technology
Axion Quasiparticles: Unlocking the Universe’s Dark Matter Mystery Could the universe’s missing mass be explained by particles we have yet to observe? For decades, scientists have searched for dark matter, the enigmatic substance believed to comprise most of the univ... axions cosmology dark matter particle physics quantum materials quasiparticles scientific breakthroughs