Examples of using Wigner in English and their translations into Serbian
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Colloquial
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Ecclesiastic
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Computer
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Latin
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Cyrillic
I knew that Wigner was there.
Wigner said,"Let's take it one step farther.
Important concepts are those introduced by Tomonaga, Luttinger and Wigner.
Wigner can now in principle confirm this superposition by using the so-called.
In condensed matter physics, such tessellations are also known as Wigner- Seitz unit cells.
But, Wigner will not agree every time he sees a friend and a coin in an overlay.
The typical drop in core temperature that should have followed the Wigner release did not happen;
Wigner, however, will disagree whenever he observed friend and coin in a superposition.
He visited the Institute for Advanced Study at Princeton andthere he became friendly with Wigner.
If Wigner and his friend then compare notes, the friend insists that he has seen certain results for each coin toss.
To make matters worse, over time, more heat and more cycles were required to release the extra energy, but even then(unknown until after the accident),pockets of Wigner energy remained in the core.
When Wigner and the friend compare notes later on, the friend will insist they saw definite outcomes for each coin toss.
It was not possible to formulate the laws of quantum mechanics in a fully consistentway without reference to the consciousness."- Eugene Wigner Hungarian Physicist and Mathematician.
Imagine that a friend of Wigner tosses a quantum coin- which is in a superposition of both heads and tails- inside a closed laboratory.
In the United States, a group of three Hungarian Jewish refugee physicists, Leó Szilárd,Edward Teller, and Eugene Wigner believed that the energy released in nuclear fission might be used in bombs by the Germans.
Wigner did not initially consider this a paradox; he argues that it would be absurd to describe a conscious spectator as a quantum object.
In more detail, according to physicists such as John Bernal, Erwin Schrödinger,Eugene Wigner, and John Avery, life is a member of the class of phenomena that are open or continuous systems able to decrease their internal entropy at the expense of substances or free energy taken in from the environment and subsequently rejected in a degraded form.
Wigner originally didn't consider this much of a paradox, he argued it would be absurd to describe a conscious observer as a quantum object.
Nobel Physics laureate Eugene Wigner coined the phrase,"the unreasonable effectiveness of mathematics," pushing strongly for the idea that mathematics is real and discovered by people.
Wigner did not have access to it from the outside, and according to quantum mechanics, he had to draw his friends and coins to superimpose all possible experimental results.
Wigner doesn't have access to this fact from the outside, and according to quantum mechanics, must describe the friend and the coin to be in a superposition of all possible outcomes of the experiment.
Wigner can now, in principle, verify this superposition using a so-called“interference experiment”- a type of quantum measurement that allows you to unravel the superposition of an entire system, confirming that two objects are entangled.
Eugene Wigner reformulated the"Schrödinger's cat" thought experiment as"Wigner's friend" and proposed that the consciousness of an observer is the demarcation line which precipitates collapse of the wave function, independent of any realist interpretation.
Wigner pointed out that many purely mathematical theories developed in a vacuum, often with no view towards describing any physical phenomena, have proven decades or even centuries later, to be the framework necessary to explain how the universe has been working all along.