Quotes About Atoms

German scientists had perfected the shaped charges that could bring about these collisions at very high temperatures. Diebner and his team began putting together a series of experiments that would squeeze deuterium atoms together through the use of explosive shock waves inside a hollow silver ball, their goal being to trigger a fusion reaction—and create a bomb.

GAS VERSUS PLASMA: In a gas (left), every electron is stuck to an atom. In a plasma (right), the electrons roam free, attracted by nuclei, but not attached to any single nucleus.

Bottles of wine cannot be magically rearranged to suit the results of a search. They cannot be popped onto the next shelf to optimize the probability that people like you who bought aged Gouda and black olives might also like this Pinot. Atoms are stubborn this way.

2. Atoms would like to be free, too, but they're not so pushy about it.

In the atoms economy, which is to say most of the stuff around us, things tend to get more expensive over time. But in the bits economy, which is the online world, things get cheaper. The atoms economy is inflationary, while the bits economy is deflationary.

I started my scientific work by putting forward a hypothesis on the arrangement of atoms in nitrogen-containing molecules.

We see chemistry, how the atoms are arranged in the molecules, how the disease changes the arrangement. Perhaps we will find which drug disentangles the aggregates that make a brain senile. Many of us are interested in such things.

The actual atoms and molecules that make up my brain and body today are not the same ones that I was born with on September 8, 1954, a half-century ago this month.

Moreover, the abundance of chemical compounds and their importance in daily life hindered the chemist from investigating the question, in what does the individuality of the atoms of different elements consist.

And inside there were the opulent green and luxury of the Pullman cars, the soft glow of the lights, and people fixed there for an instant in incomparably rich and vivid little pictures of their life and destiny, as they were all hurled onward, a thousand atoms, to their journey's end somewhere upon the mighty continent, across the immense and lonely visage of the everlasting earth.

The whole universe is a complex of rhythms, mused Amanda. We each of us feel a need to identify our bodily rhythms with those of the cosmos. The sea is the grand agency of rhythm. The grain-tops in the wind, the atoms that orbit are rhythmic. The uterus, which is a strong muscular organ, contracts with the birth of a baby - the rhythmic contractions, in fact, are the important motivations for the baby to emerge into the world. Rhythm is how it all begins.

What is the 'direction' of the Earth in its journey; where are the atoms 'going' when they spin?

If you could stop every atom in its position and direction, and if your mind could comprehend all the actions thus suspended, then if you were really, really good at algebra you could write the formula for all the future; and although nobody can be so clever as to do it, the formula must exist just as if one could.

3He becomes a superfluid below 10?3 K, when its fermionic atoms pair up into bosons and condense. Similar condensation of paired fermions also occurs in neutron stars at about 106 K.

The hydrogen atoms in a human body completely refresh every seven years. As we age we are really a river of cosmically old atoms. The carbons in our bodies were produced in the dust of a star. The bulk of matter in our hands, skin, eyes, and hearts was made near the beginning of time, billions of years ago. We are much older than we look. For

The stone did not respond or at least I don't think it did, but I imagined it answering quietly, telling me that my left hand and my right hand are made up of atoms from different stars and I looked this up in a library book later and discovered that theoretical physics did indeed affirm the awesomeness.

In 1877 he published his paper "Probabilistic foundations of heat theory", in which he formulated what Einstein later called the Boltzmann principle; the interpretation of the concept of entropy as a mathematically well-defined measure of what one can call the "disorder" of atoms, which had already appeared in his work of 1872, is here extended and becomes a general statement.

Rather than probability, one can speak of a measure of the disorder of the atoms, because the equivalent disordered states (for a given macroscopic state) are very many and the probability that one of them occurs is extremely high. We shall discuss this paper in detail in Chapter 6.

What we can do is to establish a bridge between the various levels in order to form a coherent picture; the whole of Boltzmann's work is a masterpiece of this procedure, i.e. how to construct, starting from atoms, a description that explains everyday life.

The atoms of our body, as well, flow in and away from us. We, like waves and like all objects, are a flux of events; we are processes, for a brief time monotonous

Color is the speed at which Faraday's lines vibrate, and this is determined by the vibrations of the electric charges that emit light. These charges are the electrons that move inside the atoms.

What are the elementary "atoms" that vibrate, making a black hole hot? Hawking left this problem unanswered. Loop theory provides a possible answer. The elementary "atoms" of a black hole that vibrate, responsible for its temperature, are the individual quanta of space on its surface.

An idea was needed, a great idea, a grand vision, to grasp the hidden order of the world. Leucippus and Democritus came up with this idea. The idea of Democritus's system is extremely simple: the entire universe is made up of a boundless space in which innumerable atoms run. Space is without limits; has neither an above nor a below; is without a center or a boundary. Atoms have no qualities at all, apart from their shape. They

Black hole heat is directly connected to loop quantum gravity's fluctuations of the atoms of space.