Примери за използване на Wavefunction на Английски и техните преводи на Български
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That the field is described by a wavefunction.
Researchers describe the wavefunction of Schroedinger's cat.
A number of experiments were conducted to measure perturbations in the wavefunction.
Describes an electron as a wavefunction instead of as a point particle.
As with all objects in quantum physics,the cat is described by the quantum wavefunction.
And there are those that view the wavefunction as a real entity- psi-ontic models.
(Indeed, I did one of my first columns on“How smart do you need to collapse a wavefunction?”).
The wavefunction of the Schrödinger equation reduces to three equations that when solved, lead to the first three quantum numbers.
But the mathematics shed no light on what a wavefunction truly is.
Mathematical manipulations of the wavefunction usually involve bra-ket notation which requires an understanding of complex numbers and linear functionals.
Our results suggest that,if there is objective reality, the wavefunction corresponds to this reality.".
Nonetheless, it inspired physicists to think seriously about ways to settle the debate by actually testing the reality of the wavefunction.
Because Wiseman's model does not need a wavefunction, it will remain viable even if future experiments rule out the ignorance models.
Schrödinger's equation, published in 1926, describes an electron as a wavefunction instead of as a point particle.
The wavefunction of[clarification needed] the Schrödinger wave equation reduces to the three equations that when solved lead to the first three quantum numbers.
These specify the complete,unique quantum state of a single electron in an atom, and make up its wavefunction or orbital.
A mathematical function known as the wavefunction provides information about the probability amplitude of position, momentum, and other physical properties of a particle.
Dubious- discuss specify the complete andunique quantum state of a single electron in an atom called its wavefunction or orbital.
Particles can be"spread out" as a wavefunction- a representation of possible states- until they're observed and the wave collapses into a single fact.
A double-slit optical system tests the possible role of consciousness in the collapse of the quantum wavefunction.
The y axis(the more horizontal-looking axis on the left)is the real part of the wavefunction, and the z axis(other axis on the left) is the imaginary part.
Born won the Nobel Prize in Physics in 1954“for his fundamental research in quantum mechanics,especially for his statistical interpretation of the wavefunction.”.
Depending on the experiment, the wavefunction allows them to calculate the probability of observing an electron at any particular location, or the chances that its spin is oriented up or down.
Where? is the reduced Planck's constant, L2 is the orbital angular momentum operator and Ψ{\displaystyle\Psi}is the wavefunction of the electron.
Depending on the experiment, the wavefunction allows them to calculate the probability of observing an electron at any particular location, or the chances that its spin is oriented up or down.
It is this sentiment that has led Maroney andothers to develop a new series of experiments to uncover the nature of the wavefunction- the mysterious entity that lies at the heart of quantum weirdness.
In other words,the physics of the many-worlds interpretation tells us that the quantum wavefunction of the Universe can be interpreted as being intrinsically a superposition of states, not that all possibilities happen in a Universe somewhere.
The particle actually has a range of values for all the properties, until you experimentally measure one of them- its location,for example- at which point the particle's wavefunction"collapses" and it adopts just one location.
Dr Alessandro Fedrizzi, from the UQ School of Mathematics and Physics(SMP),said that although the quantum wavefunction is our central tool for describing physical systems in quantum mechanics, it is still unclear what it actually is.
Because the theory predicts different results depending on the number of universes, says Wiseman,it should be possible to devise ways to check whether his multiverse model is right- meaning that there is no wavefunction, and reality is entirely classical.