Examples of using Two particles in English and their translations into Hebrew
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Colloquial
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Ecclesiastic
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Computer
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Programming
Imagine two particles.
This is just what happens between two particles.
And if you separate those two particles to the obsidian of the universe to the obsidian of time.
R= distance between the two particles.
If that happened, the two particles involved in the collision would bounce off in random directions.
So that would be a situation where I go from, let's say, two particles.
Whether these two particles are entangled or separable has been decided after they have been measured.
So given that, let's figure out the force between two particles.
Quantum entanglement is when two particles are far apart, and yet somehow remain in contact with each other.
If we had a positive there,that means that the force was repelling the two particles.
In other words, the azimuthal angles of the two particles are related by the equation φ2(t)= k φ1(t).
Atoms, andcould not accept how one particle of oxygen could yield two particles of water.
Law, that means that the force will draw the two particles to each other along the shortest distance between them.
(After 1939, scientists were taking great pains to make it clear that the uranium nucleus would not be“smashed,” butthat it would split itself into two particles of approximately equal size.).
But the paradox remains: How do two particles“share information,” coordinating their states with no time lag?
Since the electron is negatively charged andthe hole is positively charged, the two particles remain bound by an electrostatic force.
Except, instead of two particles moving in opposite directions, colliding at the speed of light in the inner ring, we're only going to inject one particle into the accelerator.
So it doesn't matter if you have no air,if you have no substances between the two particles, somehow they are communicating with each other, which I find kind of amazing.
They do this by bringing two particles together and orienting them correctly in space so that the two can meet at the correct configuration and allow a reaction to take place.
Consider the bimolecular elementary reaction:A+ B→ C In collision theory it is considered that two particles A and B will collide if their nuclei get closer than a certain distance.
In other words, if two particles are spatially distant from each other, anything that happens to one is independent from what happens to the other, and no signal or force or influence can move between them faster than the speed of light.
The big innovation in quantumtheory as opposed to classic theory is that two particles that begin in the same situation will at a later stage behave in a different way from one another.
For instance: since two liters of hydrogen will react with just one liter of oxygen to produce two liters of water vapor(at constant pressure and temperature),it meant a single oxygen molecule splits in two in order to form two particles of water.
In collision theory it is considered that two particles A and B will collide if their nuclei get closer than a certain distance.
Remember that entanglements occurs when two particles or two individuals are so deeply linked through the quantum field, that one particle or individual can instantaneously connect with the other non-locally, even at great distances.
The special properties of fermions would make themideal for studying new kinds of interactions between two particles- for example, those leading to novel"p-wave" superconductivity, which may enable a long-sought form of quantum computing known as topological quantum computation.
Classical distance of closest approach, the closest that two particles with the elementary charge come to each other if they approach head-on and each have a velocity typical of the temperature, ignoring quantum-mechanical effects.
This causes a tiny nuclear reaction in which the mass of the two particles is converted into two high-energy photons, similar to X-rays, that shoot out in opposite directions.