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Particles in sentence

521 examples of Particles in a sentence

If you concentrate a huge amount of energy in a tiny space, new particles will come into existence.
If we look closer, we see that these particles always come in pairs, like twins.
That's because particles always have a counterpart, an antiparticle, and these are always produced in exactly equal amounts: 50/50.
In the collisions between two protons at CERN's Large Hadron Collider, billions of particles and antiparticles are produced every second.
But, apart from the opposite charges, both particles are identical and perfectly stable.
Since antiparticles and particles should exist in equal numbers, this missing antimatter?
Otherwise, there would be no particles at all anywhere in the universe and also no human beings.
Supersymmetry, or SUSY for short, predicts a whole range of new particles, some of which could make up the dark matter.
The idea is that all the particles we know today are just different harmonics on the string.
Rapid nuclear fission is not any better since it often results in many radioactive particles.
Elements like oxygen and nitrogen, even countless dust particles, make up the air around us.
By definition, it means the particles are essentially locked into place and must push back instead of getting out of the way, but water is liquid and flows easily.
Air has a lot more free space for particles to move past one another, so even more of our energy would be wasted.
Dust consists of dead skin cells from humans, soil particles, and fibers from clothes made from cotton and other materials.
As if that weren't enough, pi is used in particle physics experiments, such as those using the Large Hadron Collider, not only due to its round shape, but more subtly, because of the orbits in which tiny particles move.
One was Einstein's theory of relativity, the other was arguably even more revolutionary: quantum mechanics, a mind-meltingly strange yet stunningly successful new way of understanding the microworld, the world of atoms and particles.
The LHC whizzes subatomic particles around a 27-kilometer ring, getting them closer and closer to the speed of light before smashing them into each other inside gigantic particle detectors.
The Higgs field gives mass to the fundamental particles that we're made from.
If it wasn't there, those particles would have no mass, and no atoms could form and there would be no us.
I'm not going to go into the details of these ideas now, but the key point is this: if any of them explained this weirdly fine-tuned value of the Higgs field, then we should see new particles being created at the LHC along with the Higgs boson.
One of the most promising candidates for a unified theory is string theory, and the essential idea is, if you could zoom in on the fundamental particles that make up our world, you'd see actually that they're not particles at all, but tiny vibrating strings of energy, with each frequency of vibration corresponding to a different particle, a bit like musical notes on a guitar string.
What particle physicists are all desperately hoping for are signs of new particles, micro black holes, or maybe something totally unexpected emerging from the violent collisions at the Large Hadron Collider.
Every atom has a core, which is made up of at least one positively charged particle called a proton, and in most cases, some number of neutral particles called neutrons.
That core is surrounded by negatively charged particles called electrons.
They appear to behave either as particles, like little baseballs, or as waves, like water waves, depending on the experiment that we perform.
We have yet to discover a dark matter particle, but scientists all over the world are searching for this elusive particle or particles and the effects of dark matter on the universe.
Because they're designed to wash away harmful substances, or particles, they're released in much larger amounts, and their aqueous layer contains more antibodies to stop any microorganisms that may be trying to get in, as well.
See these tiny particles?
And the liquid around those particles?
When ketchup is just sitting around, the tomato particles are evenly and randomly distributed.
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