Examples of using This particle in English and their translations into Vietnamese
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What is so important about this particle accelerator anyway?
This particle is used when you want to mark your sentence's subject.
It was Clyde Cowan and Frederick Reines who first detected andidentified this particle in 1965.
With this particle, it seems like it isn't used with long“o” sounds.
So the Nobel Committee has awarded this year's physics prize to two of the theorists who initiated this particle hunt.
All right, so this particle here is the boson moving forward in time.
Once this new global symmetry breaks, a new particle results and,as shown by Frank Wilczek and Steven Weinberg, this particle fills the role of- naturally relaxing the CP violation parameter to zero.
This particle was there in my original paper in 1974," he said.
Unlike the electron and proton, which are electrically charged, this particle is electrically neutral, and he named it the neutron.
This particle can be used by anyone, and it's probably the most common way to ask a question.
Lederman has suggested that when physicists find this particle in their accelerators it will be like looking into the face of God.
This particle would be heavy, and much of the electron's kinetic energy would be dumped into making the new particle. .
So it could be that even though we have never seen this particle in the laboratory, it's already altering our universe at the very largest of scales.
In this, particles of xenon gas are electrically charged and then accelerated to speeds up to 90,000 mph(145,000 km/h).
Known also as“the tau particle,”“tau lepton” and even“tauon,” this particle became the third charged lepton- after the electron and muon- when it was discovered in 1975.
When the entire system of the universe first evolved, it evolved from this central force which is the particle of space,and also a system of universe and would dissolve eventually into this particle of the space.
Wa(わ): This particle is only used by women and big burly men from the Kansai region that no one would dare to fight.
We wouldn't be here, we wouldn't have mass,we wouldn't exist without this particle," said Steve Myers, the director for accelerators and technology at CERN.
Dubbed X17, this particle might help scientists resolve one of the biggest mysteries in astronomy: what dark matter is.
In practice this means that the particle carries one or several kinds of charges that make it sensitive to the Yang-Mills force, and often it has several components,which means there are various species of this particle.
One version of this particle(called D0 by scientists) contained a charm quark and the antimatter version of the up quark, called an anti-up quark.
It was then realized that the particle found by Anderson could not be the meson of strong interactions, since it interacted far too little with matter,and it was then shown that this particle, now called the muon, is a heavy cousin of the electron.
Seeing how this particle keeps itself together compared to the predictions made by current models will help give the going theories a good shake.
It may take another year to find out if this particle is real or not, but as Science Alert notes, even if it is real it's not exactly physics-breaking.
The energy necessary to induce this particle agitation is equal to the amount of kinetic energy lost by our planet, hence the contribution to the above-mentioned infinitesimal slowdown.
The existence of this particle from the baryon family was expected by current theories, but physicists have been looking for such baryons with two heavy quarks for many years.
In order to specify this particle size in association with ISO Class 5, the macroparticle descriptor‘M' may be adapted and used in conjunction with at least one other particle size.
The existence of this particle from the baryon family was expected by current theories, but physicists were looking for such baryons with two heavy quarks for many years.
If the decay and other interactions of this particle are as we expect, it will be strong evidence for the so-called standard model of particle physics, the theory that expains all our experiments so far,” Hawking said.