Sentences with phrase «particle pairs»

Not even in the examples you cited: «quantum phenomena... Radioactive decay, formation of particle pairs in a vacuum, etc.» can be described as «having the quality of being within themselves.»

Photons reflected back from the mirror would represent Hawking radiation — the observable effect when one half of a virtual particle pair falls into an event horizon and the other escapes.

Radioactive decay, formation of particle pairs in a vacuum, etc..

Stapp's thesis is quite compatible with its being determined experimentally that changes in the orientation of the spin - measuring device applied to one member of such a pair of particles have no significant effect upon the statistical make - up of spin - measurement results for the second member of such particle pairs.

Theo, I gave you observed examples of effects with no cause, particle pairs forming out of the vacuum all the time, throughout space.

Using ultracold atoms, researchers at Heidelberg University have found an exotic state of matter where the constituent particles pair up when limited to two dimensions.

Quantum mechanics dictates that such short - lived particle pairs arise from even empty space, infusing the vacuum with its own ripples of activity.

Ripples in the plasma can affect particle pairs emitted from collisions by nudging them in the same direction as each other, producing a distinctive swerve that looks similar to the patterns in the CMS data.

In the time following the Big Bang, when the budding universe cooled enough for matter to form, most matter - antimatter particle pairs that popped into existence annihilated each other.

It is its own antiparticle, so would have half the effect of a particle pair on the maps.

Their wave functions might become linked in ways that can influence the directions of the particle pairs, akin to the linked behaviours in quantum entanglement.

In the vacuum, the virtual particle pairs can move more easily along the magnetic field than perpendicular to it, Heyl explains.

A quantum description of such a particle pair tells you the odds that a measurement of one of the particles (say, its spin) will give a particular result (say, counterclockwise).

Next, a series of silicon chip layers track the path of the particle pairs to pinpoint the source of the rays.