Приклади вживання Fundamental particles Англійська мовою та їх переклад на Українською
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Everything in the universe is made of fundamental particles.
Fundamental particles are the smallest components of matter.
Neutrinos are among the most fascinating fundamental particles.
Black holes are like fundamental particles, and that's very surprising because they're huge, macroscopic objects.
A gold atom is made up of even more fundamental particles.
Atoms, nuclei and even fundamental particles collapse to an arbitrarily small thickness in our three-dimensional space.
We now know that anatom is made up of other more fundamental particles.
The standard model of physics involves 61 fundamental particles with data-fitted mass and charge parameters.
In that sense,people and ordinary objects are not like fundamental particles.
Atoms, nuclei, and even fundamental particles themselves are crushed down to an arbitrarily small thickness in our three-dimensional space.
In the strange realm of electrons, photons and the other fundamental particles, quantum mechanics is law.
Some of the world's largest and most complex scientific instruments areused to study the basic constituents of matter: the fundamental particles.
These, in turn, are composed of fundamental particles called quarks.
Okun', in which all strongly interacting particles were constructed from three fundamental particles.
To be able to make predictions about the fundamental particles we might see there, it seems that they are all facets of some strange symmetrical shape in a higher dimensional space.
Give it up for the fundamental particle that bequeaths all other fundamental particles their mass.
These discoveries explain the importance of studying neutrinos.- these fundamental particles will allow scientists to explore cosmic bodies located at a distance of more than 13 billion light years.
The quantized vortices instead become, as you suggest in your last sentence, the fundamental particles of mass.
Just as it is not convenient to talk about quanta and fundamental particles when we discuss the workings of a car, so it is often tedious and unnecessary to keep dragging genes in when we discuss the behaviour of survival machines.
But Garrett Lisi realized the way the circlestwisted around one another looked just like the way various fundamental particles interact.
These experiments establish an empirical limit onhow large can be conceivable fundamental particles, and collectively are referred to as experiments on deep inelastic scattering.
They use the world's largest andmost complex scientific instruments to study the basic constituents of matter- the fundamental particles.
On Earth, neutrinos are very difficult to fix-these fundamental particles almost do not interact with matter, with the exception of rare cases of neutrino colliding with the nucleus of an atom and the nuclear reaction following it.
We have successfully held them stable for around 20 minutes at a time,far exceeding the microsecond timescales that unstable, fundamental particles survive.
The crucial achievement of the inward journey is that ithas revealed that everything in the Universe is made up of a few fundamental particles and that these interact through four forces: gravity, electromagnetism, the weak force and the strong force.
And in this tunnel, we use superconducting magnets colder than outer space to accelerate protons to almost the speed of light and slam them into each other millions of times per second, collecting the debris of these collisions to search for new,undiscovered fundamental particles.
At the end of this epoch, the fundamental interactions of gravitation, electromagnetism, the strong interaction andthe weak interaction have now taken their present forms, and fundamental particles have mass, but the temperature of the universe is still too high to allow quarks to bind together to form hadrons.
No fundamental particle has been discovered there, nor any new class of astronomical object.
Supersymmetry says that every fundamental particle has a supersymmetric partner.
Supersymmetry, for example, predicts a supersymmetric partner for each fundamental particle.