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Atoms in sentence

294 examples of Atoms in a sentence

We also all know that atoms are not the end of the story.
For instance, Einstein, Perrin, Smoluchowski, they used the mathematical analysis of random trajectories and the Gauss Curve to explain and prove that our world is made of atoms.
These stories show that mathematics is able to make us go out of our intuition measure the Earth which seems infinite, see atoms which are invisible or detect an imperceptible variation of shape.
Polymers are chains of atoms arranged in long, thin lines.
Biomolecules are made out of the same atoms, but just in different orders.
One misconception is that fire is a plasma, the fourth state of matter in which atoms are stripped of their electrons.
For instance, any unreacted carbon atoms from the logs form little clumps of soot that rise into the flames and emit the yellow-orange light we associate with a campfire.
I mean, there's just atoms in here, and as long as we continue to build systems of atoms that display more and more intelligent behavior, we will eventually, unless we are interrupted, we will eventually build general intelligence into our machines.
And what it tells you is that you can precisely tune their behavior just by making seemingly small changes to them, like adding or removing a handful of atoms, or twisting the material.
They're tiny, hollow tubes of carbon atoms, and their nanoscale size, that small size, gives rise to these just outstanding electronic properties.
In fact, in Go, there are more possible moves than there are atoms in the universe.
Two months later in May, Einstein submitted a second paper, this time tackling the centuries old question of whether atoms actually exist.
Though certain theories were built on the idea of invisible atoms, some prominent scientists still believed them to be a useful fiction, rather than actual physical objects.
But Einstein used an ingenious argument, showing that the behavior of small particles randomly moving around in a liquid, known as Brownian motion, could be precisely predicted by the collisions of millions of invisible atoms.
Zooming in on the fragments of the cup, we see molecules, made of atoms bound up together.
Electrons, together with up and down quarks, seem to be all we need to build atoms and therefore describe normal matter.
You know, you probably had this a long time ago in chemistry, where you had these two atoms, they're close together, and the electrons are moving around.
These tiny, amazing creatures break down molecules into smaller molecules and atoms, which are then incorporated into new molecules.
So, one aspect of string theory, at its simplest form, is this: matter is made up of atoms, which are made up of protons and neutrons and electrons, which are made up of quark.
Well, quantum physics describes the behavior of atoms and fundamental particles, like electrons and photons.
For example, the design and analysis of molecules for drug development is a challenging problem today, and that's because exactly describing and calculating all of the quantum properties of all the atoms in the molecule is a computationally difficult task, even for our supercomputers.
This process produces an incredible amount of energy, and in some materials the neutrons produced by one fission are absorbed by nearby atoms, splitting additional nuclei.
As the fireball cools, unstable atoms created by the nuclear fission mix with the debris to produce the most dangerous long-term effect of a nuclear detonation: radioactive particles called fallout.
These sand-sized particles emit ionizing radiation, capable of separating electrons from molecules and atoms.
One of them was on Brownian motion, it provided empirical evidence that atoms exist, and it laid out the basic mathematics behind most of financial economics.
A lot of people think about the new economy as something that was going to be a disembodied, alternative, virtual existence, and that we would have the old economy of atoms.
If the expansion of the universe continues to accelerate, it will eventually overcome not only the gravitational force – tearing apart galaxies and solar systems– but also the electromagnetic, weak, and strong nuclear forces which hold atoms and nuclei together.
Even atoms and subatomic particles will be destroyed.
The size of the universe would plummet until everything compressed into such a small space that even atoms and subatomic particles would have to crunch together.
There are actually more possibilities than there are atoms in the universe.
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