Examples of using Subatomic particles in English and their translations into Vietnamese
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Neutrons are very small subatomic particles.
When close subatomic particles become entangled, they become linked forever-- even if they're taken very far apart from each other.
And then you will find atoms and subatomic particles.
Experiments on subatomic particles over the past 50 years ago show that Nature doesn't treat both directions of time equally.
Biochemist Dr. Hank Pym uses his latest discovery,a group of subatomic particles, to create a change in size of the formula.
Subatomic particles like electrons and photons travel in a wave motion, vibrating up and down even as they move in one direction.
Our planet is bombarded by these subatomic particles, but no one knows where they originate.
The particle's existence would also require a rewriting of the Standard Model of particle physics,the theory that describes the fundamental forces and classifies subatomic particles.
A great deal of recent research isproducing a long list of still other subatomic particles with names quarks, pions and gluons.
It describes the world of subatomic particles as a dynamic network of events and emphasizes change and transformation rather than fundamental structures or entities.
Entrepreneurs and physicists are pursuing a new kind of computer-one based on the physics of the subatomic particles- that promises to revolutionise various fields.
These subatomic particles are actually waves of energy so small that their existence has only been verified by the trails they leave behind in particle accelerators.
They differ, that is, about such questions as the existence of subatomic particles, the materiality of light, and the conservation of heat or of energy.
Quarks, the subatomic particles that make up protons and neutrons, usually bind together in pairs or triplets to form classes of particles called mesons and baryons, respectively.
Scientists know that the results of experiments involving subatomic particles can be changed by the thoughts of those who are observing the experiment.
These subatomic particles are bound together in the atomic nucleus by the strong force, one of the four fundamental forces of nature(along with gravity, electromagnetism and the weak force).
Physics is a science that helps us understand how the universe expands, what are black holes, how GPS and cell phones work,how subatomic particles interact or how DNA is coiled inside a virus.
Leon Lederman, an experimental physicist who studied subatomic particles, has died at 96 after selling his Nobel Prize for $765,000 at an auction to help pay medical bills.
The biggest problem with the analogy is that quantum physics typicallyonly operates on the microscopic scale of atoms and subatomic particles, not on the macroscopic scale of cats and poison vials.
The scientific field that studies subatomic particles is particle physics, and in this field physicists hope to discover the true fundamental nature of matter.
In scientific experiments,these beams strike their targets with an enormous energy density and generate subatomic particles that have not been seen since the early universe.
Although many subatomic particles break down into other particles, so far no one has caught the decay of protons or neutrons, which make up the nuclei of atoms.
Anyway, tries someone search for extraterrestrials,when seeing the images of trajectories of subatomic particles, such as in Wilson cloud chamber, or any result from CERN experiments?
The field of science which studies subatomic particles is particle physics, and it is in this field that physicists hope to discover the true fundamental nature of matter.
Through the words and images of these speakers, you can journey from subatomic particles(Brian Greene), to underwater astonishments(David Gallo), to the larger universe(Stephen Hawking0).
Successfully spotting neutrinos- subatomic particles that don't interact with“normal” matter very much at all, nor have magnetic charges- will help researchers to determine which direction they originated from.
The particles travel much faster andthe collisions produce more subatomic particles and radiation- converting energy into mass, as described by Einstein's famous E=mc^2 equation.
The new results show that the Higgs boson decays into subatomic particles that carry matter called fermions — in particular, it decays into a heavier brother particle of the electron called a tau lepton.
Entanglement is one of the strangest aspects of quantum mechanics,whereby two subatomic particles can be so closely connected that one can seem to influence the other even across long distances.