Quantum, Relativity & Forces Explained | Pixelated Physics
28 articles
Laser Cooling: How Light Chills Atoms Near Abso...
Shining a laser at something usually warms it. Tuned just right, laser light can instead slow atoms from hundreds of metres per second to a few centimetres per second, cooling...
Laser Cooling: How Light Chills Atoms Near Abso...
Shining a laser at something usually warms it. Tuned just right, laser light can instead slow atoms from hundreds of metres per second to a few centimetres per second, cooling...
The Quantum Hall Effect Explained: Resistance i...
Cool a thin layer of electrons to a few degrees above absolute zero, add a strong magnetic field, and its Hall resistance stops changing smoothly and climbs in flat steps....
The Quantum Hall Effect Explained: Resistance i...
Cool a thin layer of electrons to a few degrees above absolute zero, add a strong magnetic field, and its Hall resistance stops changing smoothly and climbs in flat steps....
Bell’s Theorem Explained: How We Know Quantum W...
Einstein suspected quantum mechanics was missing hidden instructions. In 1964 John Bell found a way to test that idea, and experiments from 1972 to 2015 settled it against local hidden...
Bell’s Theorem Explained: How We Know Quantum W...
Einstein suspected quantum mechanics was missing hidden instructions. In 1964 John Bell found a way to test that idea, and experiments from 1972 to 2015 settled it against local hidden...
What Is Zero-Point Energy? Why Nothing Is Ever ...
Cool anything to absolute zero and quantum physics still will not let it stop moving. The leftover energy, ħω/2 for every oscillator, is called zero-point energy. Here is where it...
What Is Zero-Point Energy? Why Nothing Is Ever ...
Cool anything to absolute zero and quantum physics still will not let it stop moving. The leftover energy, ħω/2 for every oscillator, is called zero-point energy. Here is where it...
Berry Phase: The Phase a Quantum State Picks Up...
Carry a quantum state slowly around a closed loop and it comes back with an extra phase that depends only on the shape of the loop, not on how long...
Berry Phase: The Phase a Quantum State Picks Up...
Carry a quantum state slowly around a closed loop and it comes back with an extra phase that depends only on the shape of the loop, not on how long...
The Hanbury Brown–Twiss Effect: Why Photons Bunch
Light from a star arrives in clumps: photons are more likely to show up together than a random stream would allow. Here is how two radio astronomers found the effect,...
The Hanbury Brown–Twiss Effect: Why Photons Bunch
Light from a star arrives in clumps: photons are more likely to show up together than a random stream would allow. Here is how two radio astronomers found the effect,...