Antiparticles and C, P, and T Transformations (The Standard Model Part 2) @zapphysics
Antiparticles and C, P, and T Transformations (The Standard Model Part 2) @zapphysics
Uploaded March 2021 | Updated September 2026, 15 minutes ago
Before we start adding more particles to the standard model, we have to address an elephant in the room. When we try to make special relativity consistent with quantum mechanics, we find that some solutions to the theory don't seem to make sense. In this video, we will show how these can actually be interpreted as additional particles (antiparticles) which we must always take into account when adding new particles to the standard model!

Part 1 here: youtu.be/qtf6U3FfDNQ
Antiparticles and C, P, and T Transformations (The Standard Model Part 2)Whats the Difference Between Fermions and Bosons?Why Adding Velocities Does Not Work in Special RelativityHow Do They Weigh The Higgs Boson?Colorful Quantum Mechanics (Standard Model Part 5)What is Length Contraction?Spontaneous Symmetry Breaking and The Higgs MechanismCan the Second Law of Thermodynamics Be Broken?Lets Learn Physics: All About OscillatorsAdding the Neutrino (Standard Model Part 3)Can Temperatures Go Below Absolute Zero?Lets Learn Physics: A Lot of Work (and Energy)
ZAP Physics |

Antiparticles and C, P, and T Transformations (The Standard Model Part 2)

SHARE TO X SHARE TO REDDIT SHARE TO FACEBOOK WALLPAPER