Schrödinger

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Schrö·ding·er

 (shrō′dĭng-ər, shrā′-, shrœ′-), Erwin Rudolf Josef Alexander 1887-1961.
Austrian physicist. He shared a 1933 Nobel Prize for developing the theory of quantum wave mechanics.

Schrödinger

(German ˈʃrøːdɪŋər)
n
(Biography) Erwin (ˈɛrviːn). 1887–1961, Austrian physicist, who discovered the wave equation: shared the Nobel prize for physics 1933

Schrö•ding•er

(ˈʃroʊ dɪŋ ər, ˈʃreɪ-)

n.
Erwin, 1887–1961, Austrian physicist.
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Noun1.Schrodinger - Austrian physicist who discovered the wave equation (1887-1961)
References in periodicals archive ?
First he looks at connections between Schrodinger and Hamilton-Jacobi equations in the case of stationary atomic and molecular systems, then at connections between Klein-Gordon and relativistic Hamilton-Jacobi equations for systems composed of electromagnetic fields and particles.
Starting from the mathematical expression which describes the motion of quantum objects, known as the Schrodinger equation, I could prove that in quantum mechanics, simple movements similar to a butterfly flapping can cause a dynamic so complex that it is unlikely we will ever be able to model it with conventional computers.
According to the Independent, Erwin Schrodinger won the Nobel honor for Physics in 1933 for the introduction of Schrodinger's wave, a mathematical equation of wave mechanics that is still the most widely used piece of Mathematics in modern quantum theory.
They join a prestigious tenant roster which includes DE Shaw Research, Schrodinger, Inc.
As part of the joint initiative, Schrodinger becomes a strategic member of the BT for Life Sciences partner ecosystem, helping provide research solutions to scientists on a global basis.
today announced that the two companies are now working together to accelerate the process of drug discovery and development using the BT for Life Sciences cloud platform and Schrodinger s powerful scientific software applications.
IRWIN SCHRODINGER used his cat to explain a peculiar fact of quantum physics known as the "superposition of states.
Beginning in 1925, Werner Heisenberg (above), Erwin Schrodinger, Max Born, Paul Dirac and others created the math of physics's future, culminating in Heisenberg's famous uncertainty principle.
Hioe, Periodic solitary waves for two coupled nonlinear Klein-Gordon and Schrodinger equations, J.
Schrodinger discovered for himself that Democritus of Abdera already understood this state of affairs in the fifth century BC, prior to the advent of the sophisticated instrumentations of today.
Many of the physical and chemical phenomena surrounding us today are governed by an equation called the Schrodinger equation (Figure 2).