Physics, Pixelated
Maria Goeppert Mayer: What Are Nuclear Magic Nu...
Nuclear “magic numbers” are proton or neutron counts that make nuclei unusually stable. Maria Goeppert Mayer and J. Hans D. Jensen explained them with a shell model including spin–orbit coupling;...
Maria Goeppert Mayer: What Are Nuclear Magic Nu...
Nuclear “magic numbers” are proton or neutron counts that make nuclei unusually stable. Maria Goeppert Mayer and J. Hans D. Jensen explained them with a shell model including spin–orbit coupling;...
Bose and Einstein: What Is a Bose–Einstein Cond...
A Bose–Einstein condensate is a dilute gas of bosons cooled until a macroscopic number share the same quantum ground state. Bose’s 1924 photon statistics and Einstein’s extension set the idea;...
Bose and Einstein: What Is a Bose–Einstein Cond...
A Bose–Einstein condensate is a dilute gas of bosons cooled until a macroscopic number share the same quantum ground state. Bose’s 1924 photon statistics and Einstein’s extension set the idea;...
Faraday, Maxwell and Tesla: Who Did What in Ele...
Electromagnetism was not one inventor’s story. Faraday made induction a laboratory fact, Maxwell turned fields into equations that predicted light, and Tesla patented a practical AC motor. Here is who...
Faraday, Maxwell and Tesla: Who Did What in Ele...
Electromagnetism was not one inventor’s story. Faraday made induction a laboratory fact, Maxwell turned fields into equations that predicted light, and Tesla patented a practical AC motor. Here is who...
Stephen Hawking: What Did He Predict, and What ...
Hawking’s 1974 prediction that black holes radiate is central theoretical physics — and still unobserved in astrophysical black holes. Analogue experiments are not detections. The information paradox is open. Penrose’s...
Stephen Hawking: What Did He Predict, and What ...
Hawking’s 1974 prediction that black holes radiate is central theoretical physics — and still unobserved in astrophysical black holes. Analogue experiments are not detections. The information paradox is open. Penrose’s...
What Is the Spin–Statistics Theorem?
The spin–statistics theorem ties a particle’s spin to the symmetry of its quantum state. Integer spin → bosons (symmetric); half-integer spin → fermions (antisymmetric). Fierz (1939) and Pauli (1940) made...
What Is the Spin–Statistics Theorem?
The spin–statistics theorem ties a particle’s spin to the symmetry of its quantum state. Integer spin → bosons (symmetric); half-integer spin → fermions (antisymmetric). Fierz (1939) and Pauli (1940) made...
How Does a Foucault Pendulum Prove Earth Rotates?
A long pendulum’s swing plane slowly turns relative to the floor. Foucault showed in 1851 that the turn is Earth’s rotation made visible. The rate is 360° times the sine...
How Does a Foucault Pendulum Prove Earth Rotates?
A long pendulum’s swing plane slowly turns relative to the floor. Foucault showed in 1851 that the turn is Earth’s rotation made visible. The rate is 360° times the sine...