Quantum, Relativity & Forces Explained | Pixelated Physics
13 articles
What Is Cherenkov Radiation? The Blue Wake of F...
Look into the pool of a research reactor and the water glows blue. That light comes from charged particles moving faster than light can travel in water, which relativity allows....
What Is Cherenkov Radiation? The Blue Wake of F...
Look into the pool of a research reactor and the water glows blue. That light comes from charged particles moving faster than light can travel in water, which relativity allows....
What Does the Higgs Field Actually Do?
The Higgs field is an invisible field that fills all of space with a non-zero value, about 246 GeV. Particles that interact with it gain mass: the W and Z...
What Does the Higgs Field Actually Do?
The Higgs field is an invisible field that fills all of space with a non-zero value, about 246 GeV. Particles that interact with it gain mass: the W and Z...
Is There a Theory of Everything, and What Would...
Physics has a tested theory for three forces and a separate one for gravity, but no accepted theory joining them. The graviton, gravity’s hypothetical carrier particle, has never been seen....
Is There a Theory of Everything, and What Would...
Physics has a tested theory for three forces and a separate one for gravity, but no accepted theory joining them. The graviton, gravity’s hypothetical carrier particle, has never been seen....
Feynman Diagrams Explained: What the Little Squ...
A Feynman diagram is not a photo of particles bouncing around. Each little drawing stands for one term in a calculation of how likely a process is. Here is how...
Feynman Diagrams Explained: What the Little Squ...
A Feynman diagram is not a photo of particles bouncing around. Each little drawing stands for one term in a calculation of how likely a process is. Here is how...
What Are Neutrinos? The Ghost Particles That Pa...
Neutrinos are the most elusive particles we know of. Thousands of billions stream through your body every second without touching you. Pauli invented them in 1930 to save energy conservation,...
What Are Neutrinos? The Ghost Particles That Pa...
Neutrinos are the most elusive particles we know of. Thousands of billions stream through your body every second without touching you. Pauli invented them in 1930 to save energy conservation,...
Hideki Yukawa and the Meson: How a Force’s Rang...
In 1934 Hideki Yukawa asked why the force that holds the nucleus together reaches only about the width of a proton. His answer: a force carried by a particle with...
Hideki Yukawa and the Meson: How a Force’s Rang...
In 1934 Hideki Yukawa asked why the force that holds the nucleus together reaches only about the width of a proton. His answer: a force carried by a particle with...