Sentences with phrase «of atoms»

The number of possible positions in the ancient game of go or the number of atoms in the entire universe?

This is the interaction responsible for holding the nucleus of the atom together.

That's vastly larger than the number of atoms in our universe.

In a stacking fault, a stack of periodic arrangements of atoms in crystals gets added or missing.

The weight of an atom of nitrogen was well known.

In fact, there are strong reasons to think that much of the dark stuff is not made of atoms at all.

An external electric or magnetic field can align groups of atoms in the iron over time so that they take on their own permanent magnetic field.

The theoretical view of the structure of the atom nucleus is not carved in stone.

Depending on the properties of the peaks on the diagram, scientists can determine the degree of motion of each atom in the protein, e.g. its backbone, a side - chain etc..

For the first time researchers have shown that freestanding metal membranes consisting of a single layer of atoms can be stable under ambient conditions.

Different types of atoms, or elements, have different gaps between their energy levels, which causes them to make light of different colors when they're burned and lose that energy.

A photograph of an atom bomb explosion is shown.

To determine the quality of contact, it is necessary to know the exact position of each atom on each of the two surfaces.

By recording these patterns, researchers can work out the atomic and electronic structure of the material, resolving details smaller than the size of an atom.

An expanding, ring - shaped cloud of atoms shares several striking features with the early universe.

The entire universe is made up of atoms; the brain is made up of neurons.

The result is a 3D model of the atoms and their positions.

The process of finding novel arrangements of atoms with interesting and useful properties does not appear to be slowing.

Almost 90 years on, and quantum theory is still our very best description of the microscopic world of atoms and their constituents.

In principle, they thought, if one could know the location and motion of each atom at a particular point in time, one could predict all subsequent events.

It is relatively easy to describe the properties of atoms in the language of physics, of molecules in the language of chemistry, of cells in the language of biology.

You have suggested a kind of periodic table for clusters of atoms that might be used as basic building materials.

In our first experiment we measured the energy difference between two states of an atom with a resolution of two parts in 100 billion.

Oh and while you're at it, look up atomic theory, you know the thing that lead to splitting of the atom; but hey that's just a theory right?

It agrees perfectly with what physicists call the standard model, an overarching theory that describes all known phenomena dealing with the parts of atoms and how they behave.

An animal, for example, is composed of cells, which are further composed of atoms, all of which can feel.

Same number of atoms on left and right sides of the arrow, of each kind.

The mere existence of an atom for a second is an order.

Until now, it was thought that grains, which are made up of millions of atoms, simply pack together like blocks on a table top, with small gaps here and there.

They would be seen as disturbances moving through the spins of atoms within the crystal.

This seems a rather unnecessary progression of logic if indeed other people are just random collections of atoms themselves with no purpose or inherent value.

The magnetic attraction between atoms tends to make groups of neighbours line up in the same direction while thermal vibrations of atoms tend to break up any emerging blocks.

This has a crystal structure consisting of atoms arranged in the shapes of squares and diamonds.

Look to chemistry for the answer: The 96 million balls mimic the behavior of atoms.

(in chemistry and physics) The central core of an atom, containing most of its mass.

This has made it possible to observe the interaction of multiple photons in a single such pulse with electrons in the inner orbital shell of an atom.

This gave scientists a way to study the motion of atoms within crystals.

The intensity of the laser light is so high that electrons are ripped out of the atoms.

Many of the atoms which make up your body were created sometime in the distant past inside of stars, and those atoms have made long journeys from those ancient stars to you.

Because the atomic fountain allows extremely precise measurements of the energy levels of atoms, it may be possible to adapt the device to make an improved atomic clock.

But according to quantum theory it can be viewed as both wave and particle, just as light can — and at the scale of atoms it is the particle representation that works best.

If the power of the single atom engine was scaled up from the tiny mass of an atom, its output would be equivalent to that of a car engine.

Because this method requires less computing power to achieve a result, researchers can also easily calculate the absorption spectrum for molecular systems with several hundreds of atoms.

The outgoing beam can create exotic states of matter as well as make images of atoms and molecules.

Because of its chemical simplicity, hydrogen has always been the most prevalent kind of atom in the universe.