Quantum Physics

• Fermilab - Don Linkoln

  • What is a Higgs Boson?
  • What is Antimatter?
  • Higgs Boson: How do you search for it?
  • Higgs Boson: Latest Update
  • Scientific Searches' Statistics Explained
  • The Standard Model
  • Big Mysteries: The Higgs Mass
  • Big Mysteries: Dark Energy
  • Big Questions: Dark Matter
  • Big Questions: The Ultimate Building Blocks of Matter
  • Higgs Boson: The Inside Scoop
  • Neutrinos: Nature's Ghosts?
  • Neutrinos: Nature's Identity Thieves?
  • Big Mysteries: Extra Dimensions
  • The Origins of Mass
  • Particle Detectors Subatomic Bomb Squad
  • The Big Bang Theory
  • Quantum Foam
  • Why Supersymmetry?
  • What is Supersymmetry?
  • Cosmic Inflation
  • Superstrings
  • Big Questions: Missing Antimatter
  • GUTs and TOEs
  • LHC: The Large Hadron Collider
  • The LHC Experiments
  • Complex Dark Matter
  • Quark Gluon Plasma
  • Gravitational Lensing
  • LHC Computing
  • Pentaquarks
  • What the heck is a Multiverse?
  • Do we live in a multiverse?
  • What good is particle physics?
  • Particle physics [teenager style]
  • The nature of matter
  • Quantum Field Theory
  • Quantum Gravity
  • Feynman diagrams
  • Einstein's Clocks
  • Quantum electrodynamics: theory
  • Theoretical physics: insider's tricks
  • QED: experimental evidence
  • The physics of g-2
  • The Strong Nuclear Force
  • QCD: Quantum Chromodynamics
  • Quantum Color
  • Accelerator Science: Collider vs. Fixed Target
  • Accelerator Science: Luminosity vs. Energy
  • Accelerator Science: Proton vs. Electron
  • Higgs Boson 2016
  • Accelerator Science: Circular vs. Linear
  • Accelerator Science: Why RF?
  • Fermions and Bosons
  • Future Circular Colliders
  • The Weak Nuclear Force: Through the looking glass
  • Why is the Weak Force weak?
  • The Weak Nuclear Force: Quantum Chameleon
  • Sterile neutrinos and seesaws
  • Types of Nuclear Radiation
  • How does proton radiation therapy work?
  • Why can't you go faster than light?
  • Is relativistic mass real?
  • The Mandela Effect
  • Is radiation dangerous?
  • Relativity's key concept: Lorentz gamma
  • Why E=mc² is wrong
  • What you never learned about mass
  • What is relativity all about?
  • Relativity: how people get time dilation wrong
  • Twin paradox: the real explanation
  • Twin paradox: the real explanation (no math)
  • Length contraction: the real explanation
  • Relativistic velocity: When 1 + 1 = 1
  • How to travel faster than light
  • The most significant genius: Emmy Noether
  • Loop Quantum Gravity
  • Where do particle names come from?
  • Are time crystals real?
  • How does Cerenkov radiation work?
  • What is the DUNE experiment?
  • Everything you need to know about Fermilab
  • The science of \Spider-man: Into the Spider-Verse\
  • Why does light slow down in water?
  • How will PIP-II take Fermilab to the next level?
  • How do you make a neutrino beam?
  • Why does light bend when it enters glass?
  • How do you detect a neutrino?
  • If the universe is only 14 billion years old how can it be 92 billion light years wide?
  • Can leptogenesis explain why there's something instead of nothing?
  • Have astronomers disproved the Big Bang?
  • The Higgs Boson Was Just the Start: Fermilab and the High Luminosity LHC
  • How far is the edge of the universe?
  • What is quantum mechanics really all about?
  • What really happened at the Big Bang?
  • Quantum Entanglement: Spooky Action at a Distance
  • What happened before the Big Bang?
  • Does the Methuselah Star disprove the Big Bang?
  • MAGIS-100: The quantum search for dark matter and gravitational waves
  • What's the truth about antigravity?
  • What does the Muon g-2 experiment tell us?
  • Quantum mechanics and the double slit experiment
  • The super bizarre quantum eraser experiment
  • Where did the Big Bang happen?
  • What is the Cosmic Microwave Background?
  • Secrets of the Cosmic Microwave Background
  • Puzzling Mysteries of the Universe
  • Why is the sky blue?
  • How can a photon have momentum?
  • W boson mass: The hardest measurement
  • What is energy?
  • Happy birthday! Ten years of Higgs Bosons – past present and future!
  • Kinetic energy: Newton vs. Einstein | Who's right?
  • What are black holes?
  • What happens when you fall into a black hole?