Приклади вживання Light particles Англійська мовою та їх переклад на Українською
{-}
- 
                        Colloquial
                    
- 
                        Ecclesiastic
                    
- 
                        Computer
                    
Photons, light particles that have no mass, are not affected by the Higgs.
This particular photo shows entanglement between two photons- two light particles.
Photons, light particles that have no mass, are not affected by the Higgs field at all.
Galaxy S4 Live Wallpaper- Galaxy S4 Live Wallpaper, floating balloons with light particles and clouds.
Neutrinos are very light particles and for many years it was believed that they were completely massless.
                Люди також перекладають
            
According to Huang, they decided to use graphene, but any light particles would be suitable as a binder.
The resulting mass of this collision iscompletely converted into energy that registers as Photons or Light particles.
But what if light particles could be made to interact, attracting and repelling each other like atoms in the ordinary matter?
To create laser light, a chain reaction is done where light particles known as photons can generate even more photons.
By then all the stars will have burned out and the protons andneutrons in them will probably have decayed into light particles and radiation.
In the run-up to the video call,Micius first generated light particles with a random oscillation direction, the so-called polarization.
Long before that in 1783, a scientist named John Mitchell actually developed the theory afterhe wondered whether a gravitational force could be so strong that even light particles couldn't escape it.
However, what will happen if light particles are allowed to interact, repelling and attracting each other similar to atoms in ordinary matter?
Generators of snow and foam refers to a very specific devices andproduces dry and light particles, which are very easy to wash off.
This would comprise relatively light particles that have quite high velocities- meaning the particles  could easily escape from dense regions such as galaxies.
In 1783, a scientist named John Mitchell was the first to develop a theory about black holesafter he wondered whether a gravitational force could be so strong that even light particles couldn't escape it.
The alternative is to use"photo catalysts", which work by absorbing light particles- photons- into a semiconductor material inserted into the water.
For the first time, a team of scientists from 28 institutions across China, Tibet, and Japan report having measured photons, particles  of electromagnetic radiation, with more than 100 tera-electronvolts(TeV) of energy, or around the kinetic energy of a flying bumble bee(an incredible amount,considering that we're talking about individual light particles here!).
The photon belt,a huge torroid shaped object composed of photon light particles, was first discovered by your scientists in 1961 near the vicinity of the Pleiades by satellite instrumentation.
However, in reality the photons are“shot” out of it about the same as it happens with the water running from the tap or from a hose,just move the light particles so fast that the human eye is unable to notice this movement.
At this time the universe would have contained mostly photons, electrons, and neutrinos(extremely light particles that are affected only by the weak force and gravity) and their antiparticles, together with some protons and neutrons.
Cryptochrome, a flavoprotein found in the eyes of European robins and other animal species, is the only protein known to form photoinduced radical-pairs in animals.[45]When it interacts with light particles, cryptochrome goes through a redox reaction, which yields radical pairs both during the photo-reduction and the oxidation.
At this time the universe would have contained mostly photons, electrons,and neutrinos(extremely light particles that are affected only by the weak force and gravity) and their antiparticles, together with some protons and neutrons.
This material is a light particle with a melted surface and pores inside.
A third explanation is that Mercury never accreted lighter particles, as the strong solar wind from the Sun blew these away before the planet could form.
First, they propel either lighter particles(electrons and positrons) or heavier ones(such as protons and antiprotons).
The electrostatic attraction between the particles  in the gas andthe filter fibers is also more obvious for the smaller and lighter particles.
The electrostatic attraction between the particles  in the gas andthe filter fibers is also more obvious for the smaller and lighter particles.
The most interesting of these is the prediction that protons, which make up much of the mass of ordinary matter,can spontaneously decay into lighter particles such as antielectrons.
The decay of unstable elementary particles  into lighter particles, accompanied by the liberation of energy, conforms to the same regularity and is a process in which the products of decay arise at the instant of decay itself and do not exist before this instant.