Quantum mechanics describes the unconventional properties of subatomic particles, like their ability to exist in a ...

Discover the fascinating world of particle physics — the most fundamental building blocks of the universe and the forces that connect them.

Your abilities, for example, are unlocked by discovering subatomic particles, protons, electrons, photons, and gluons, while the line-based puzzles you solve to discover these particles are based ...

Each diagram captures one possible sequence of subatomic events and gives an equation for a number, called an “amplitude,” that represents the odds of that sequence taking place.

The complexity of the proton’s internal structure underscores the rich interplay of forces and particles that define the subatomic world. In this article a new theory about the structure of quarks and ...

Feynman diagrams keep track of what might happen by stringing together lines representing particles’ trajectories through space-time. Each diagram captures one possible sequence of subatomic events ...

This paper offers a 3D path planning algorithm for the navigation of unmanned aerial vehicles, the fusion of photonic mapping techniques and Feynman diagrams to determine an important factor in ...

After the war he struggled to find purpose until creating the Feynman diagrams in a paper in 1949. Physics students around the country began learning about subatomic particles from his work.

Quark gluon plasma (QGP) is a unique state of matter produced by colliding heavy nuclei in laboratories, leading to the creation of a QGP fireball. This fireball undergoes expansion and cooling, ...

Misconceptions feeding the idea of the empty atom can be dismantled by carefully interpreting quantum theory, which describes the physics of molecules, atoms and subatomic particles. According to ...

Muons continue to confound physicists. These unstable subatomic particles are much like familiar electrons, only with 200 times the mass and a fleeting lifetime of just 2.2 microseconds. Unlike ...