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Physics in sentence

676 examples of Physics in a sentence

This contradiction is the most pressing problem in fundamental physics, and in the next few years, we may find out whether we'll ever be able to solve it.
Now, whenever you hear the word "dark" in physics, you should get very suspicious because it probably means we don't know what we're talking about.
In fact, it's been called the worst prediction in physics, and this is more than just a theoretical curiosity.
Einstein himself spent most of his later years on a futile search for a unified theory of physics, and physicists have kept at it ever since.
Each one would describe a different universe with different laws of physics.
In most of the multiverse, there is nothing, and we live in one of the few places where the laws of physics allow there to be something.
My experiment published paper after paper where we glumly had to conclude that we saw no signs of new physics.
But if, in two or three years' time, when the LHC switches off again for a second long shutdown, we've found nothing but the Higgs boson, then we may be entering a new era in physics: an era where there are weird features of the universe that we cannot explain; an era where we have hints that we live in a multiverse that lies frustratingly forever beyond our reach; an era where we will never be able to answer the question, "Why is there something rather than nothing?"
What they're really planning to do is to build a machine that will study the Higgs boson in detail and could give us some clues as to whether these new ideas, like supersymmetry, are really out there, so it's great news for physics, I think.
So, since we know the physics of how x-ray, ultraviolet light, or microwaves work here, we can study the light of a distant star or galaxy and know what kinds of things are happening there too.
To find out, we need to dive into the physics of fluids.
It lies in a physics concept called the center of mass.
From a physics perspective, though, ketchup is one of the more complicated mixtures out there.
I thought physics was supposed to be the same for everyone.
You've been observing the physics of everyday phenomena your entire life.
But suppose we explore a question about the physics of atoms, like what does the motion of an electron around the nucleus of a hydrogen atom look like?
Could we answer that question based on our experience with everyday physics?
Because the physics that governs the behavior of systems at such small scales is much different than the physics of the macroscopic objects you see around you all the time.
In quantum physics, we could say that before our observation the cat was in a superposition state.
Everyday physics may start to look a bit more like the strange quantum world.
The Heisenberg Uncertainty Principle is one of a handful of ideas from quantum physics to expand into general pop culture.
Wavelength is essential for quantum physics because an object's wavelength is related to its momentum, mass times velocity.
Small things, like atoms or electrons though, can have wavelengths big enough to measure in physics experiments.
He found quantum physics so philosophically disturbing, that he abandoned the theory he had helped make and turned to writing about biology.
Atomic clocks work because of quantum physics.
This is where quantum physics comes into play.
That it's almost as far removed from everyday life as, say, nuclear physics.
Like, simulating the physics in water or with mud or with complex ground, it's very hard to simulate that properly on a computer.
Why not have a real robot and real physics?
The physics of interaction are complex.
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