Words nearby Schrödinger
How to use Schrödinger in a sentence
Consider the well-known quantum puzzle of Schrödinger’s cat.Is Reality a Game of Quantum Mirrors? A New Theory Suggests It Might Be|Peter Evans|June 30, 2021|Singularity Hub
Schrödinger thought so when he speculated that to understand life, known physics should be supplemented by a “new type of physical law” that might come from quantum theory.
Einstein and Schrödinger saw that tackling biological questions could enhance physics.
There is however a broad physical law that was not widely appreciated in Schrödinger’s time but is now important in physics and biology.
His other books include, most recently, The Quantum Labyrinth and Einstein’s Dice and Schrödinger’s Cat.The Synchronicity of Wolfgang Pauli and Carl Jung - Issue 93: Forerunners|Paul Halpern|November 18, 2020|Nautilus
British Dictionary definitions for Schrödinger
Scientific definitions for Schrödinger
A Closer Look
Schrödinger's cat is a thought experiment proposed by the physicist and philosopher Erwin Schrödinger. It shows how quantum-mechanical indeterminacy at a microscopic level can cause indeterminacy at a macroscopic level. The indeterminacy can be resolved by observation but entails a paradox. Schrödinger would have us imagine a cat inside a closed box with a tiny bit of a radioactive substance and an apparatus consisting of a Geiger counter, hammer, and flask of cyanide. Over the course of an hour, there is a chance that the radioactive substance might emit an alpha particle, and an equal chance that it might not. If an alpha particle is emitted and hits the Geiger counter, a relay is set in motion whereby the hammer shatters the flask, releasing the gas and killing the cat. Thus, after an hour, there is equal probability of the cat being alive or dead, and an observer can open the box and see which state the cat is in. But until the observation is made, the two possible states, which are mutually exclusive, coexist. In quantum-mechanical terms they are in a condition of superposition. The act of observation changes that, and one state becomes established to the exclusion of the other. In other words, without being observed, the cat does not exist in a particular state at all. It is neither alive nor dead, or it is both alive and dead, depending on how you want to look at it. This thought experiment provides an extreme case of the condition in which small-scale objects always exist. Under the laws of quantum mechanics, electrons, photons, and all other particles are each in a number of superposed states that interact with each other, forming interference patterns, and giving rise to an overall behavior that often seems wavelike. But a measurement made to determine the state that the particle is in destroys the interference patterns and gives rise to different behavior that seems more like that of tiny particles; hence the phenomenon of wave-particle duality. Whether the cat in the box can also be considered an observer in quantum mechanics currently remains unclear.