Explore antimatter's explosive potential as the most powerful energy in the universe. Learn about its production, groundbreaking research, and future applications.

In quantum mechanics, pairs of particles — particles and antiparticles — blink in and out of existence. These particles usually cancel each other out. But Hawking argued that fluctuations of ...

Neither, of course, are the most famous spin-½ particles — electrons and protons, which are electrically charged — their own antiparticles. So it is not obvious that we need an equation to ...

In truth, their existence is anything but conveniently arranged, with a chaotic storm of particles and antiparticles existing and not existing in quantum competition. To grasp the distributions ...

T2K stands for Tokai to Kamioka. As they travel through the Earth, the particles and antiparticles oscillate between different physical properties known as flavours. Physicists think that finding ...

Describing quark trios in such a fashion makes them sound as organized as eggs in a carton. In truth, their existence is anything but conveniently arranged, with a chaotic storm of particles and ...

Experiments in high-energy physics have demonstrated the complete symmetry between particles and antiparticles. A novel theory of the universe that takes this basic symmetry into account is advocated ...

which describes the situation in which there is an absence of true symmetry between particles and antiparticles during some cases of decay. The two theorized that at least six types of quarks ...