Приклади вживання A photon Англійська мовою та їх переклад на Українською
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This particle is called a photon.
For a photon Е= Е0, therefore. Hence the mass of the photon:. .
I tried creating a photon box where the Higgs field was altered.
Is the primary a proton, an atomic nucleus, or a photon?
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However, once in open space, a photon only takes 8.3 minutes to reach Earth.
A photon takes a million years to reach the surface of the Sun from conception at the core.
A photon takes a million years to reach the surface of the Sun from conception at the core.
Let us examine an electromagnetic field, or- in the terminology of quantum theory- a photon field.
In practice, the momentum of a photon q is negligibly small compared with the quasimomenta of the electron.
It's not that a photon is wracked with angst because it's thinking,"Aww, I'm always buzzing around near the speed of light.
The first step in the teleportation process is to generate a photon in a superposition of all possible states.
A photon heads towards the double slit with a definite position at all times and goes through one slit or the other;
Since there are no photons in this state,it is natural to call it the vacuum state of an electromagnetic field, or a photon vacuum.
Like a particle(or corpuscle), a photon has a definite energy, momentum, and spin and always exists as a unified whole.
It passes through a pilot wave which penetrates through both slits,interferes and sends a photon in the place of constructive interference.
It takes a photon up to 40,000 years to travel from the core of the sun to its surface, but only 8 minutes to travel the rest of the way to Earth.
In quantum electrodynamics, the vertex function describes the coupling between a photon and an electron beyond the leading order of perturbation theory.
A photon has a high probability of being where the two wave functions constructively interfere, and low- where the interference is destructive.
When an electron hole occurs, they cancel each other, and a short burst of energyis released in the form of particles of light- a photon.
In an ideal vacuum, a particle of light, a photon, can move at a speed of 299,792 kilometers per second, or approximately 1.079 billion kilometers per hour.
Compton, who experimentally proved that the scattering of light by free electrons takesplace according to the laws of elastic collisions between two particles- a photon and an electron.
If a photon with a sufficiently large energy gets absorbed, it can even cause an electron to become unbound from its nucleus, a process that is called ionization.
Any excited state of the atom is unstable, and there is always a probability ofspontaneous transition to a lower energy state and emit a photon of electromagnetic radiation.
The fact that in conducting the double-slit experiment in which an electron or a photon of light is passed through a barrier with done hole in it, there may be absolutely unexpected result when certain conditions are met.
Black holes have such a powerful gravitationalforce that even the smallest particle of light- a photon that moves at the speed of light, cannot escape from the clutches of this space monster.
The fact that the interaction of electrons with a photon vacuum accounts for the very possibility of transitions in atoms(and in other photon-radiating systems)- and hence for radiation- is the most far-reaching and significant effect in quantum electrodynamics.