What is "annihilations"

Usage examples of "annihilations".

And the same is true for all of the other forms that energy and momentum can take—other particle eruptions and annihilations, wild electromagnetic-field oscillations, weak and strong force-field fluctuations—quantum-mechanical uncertainty tells us the universe is a teeming, chaotic, frenzied arena on microscopic scales.

When we examine the electric force field of an electron, for example, we are actually examining it through the "mist" of momentary particle-antiparticle eruptions and annihilations that are occurring all through the region of space surrounding it.

In 1973, Gross and Frank Wilczek at Princeton, and, independently, David Politzer at Harvard, studied this question and found a surprising answer: The quantum cloud of particle eruptions and annihilations amplifies the strengths of the strong and weak forces.

About half of the collisions will involve string/antistring pairs, leading to annihilations that continually lessen the constriction, allowing these three dimensions to continue to expand.

Particle annihilations were concentrated in masses and resulted in the phenomenon of localized gravity.

Also, they must have details on record of the work you did before you came to ISF—work on inducing annihilations.

It also explains more specifically why we can increase the strength of the field by increasing the beam density or by focusing into a smaller volume—they both give you more annihilations per cubic centimeter per second, which brings me back to what I was about to tell you.

Now, the large number of annihilations taking place inside the reactor back there will produce a flux of hi-domain particles—a kind of radiation, if you like, not detectable in normal space.

You've got creations happening all the time, everywhere, and you've got annihilations happening mainly inside masses.

He wanted to know if I worked for a Professor Morelli, who used to specialize in gravitational physics and who had discovered how to force particle annihilations some years back.

Clifford continued, "The most intense sources of naturally occurring hi-waves are the concentrated annihilations produced in large masses.

But all the annihilations taking place inside the ordinary masses and black holes scattered throughout the universe would, by the conservation principles, contribute to this background flux as well.

Thus there were three known mechanisms for destroying mass: quasars, black holes, and spontaneous annihilations, most of which took place inside masses.

But these images depended on the system being able to distinguish ordinary objects by virtue of the low level of radiation that was generated by the spontaneous particle annihilations taking place inside them.

It's to do with the way the GRASER modulators initiate the particle annihilations.