Sentences with phrase «as an atom with»

Just as an atom with a full outer electron shell is a peculiarly unreactive noble gas, an outer shell with the right number of protons and neutrons makes a nucleus magically stable.

Not exact matches

They told Moorhead that as part of the company's big reorg announced on April 19, Intel was killing some versions of its Atom line of processors, the multi-billion-dollar-losing line of system - on - a-chip (SoC) wafers aimed at competing with ARM - based chips in the least expensive tablets and phones.

We have seen that the concept of «atom of time» requires that of instant — the very same concept which Whitehead always rejected as early as in 19.19 (PNK 2f, 6 - 8; SMW 54, 172).2 Both concepts — «atom of time» and «instant» — presuppose the notion of simple location in time which Whitehead denounced as the most dangerous fallacy (SMW 84f, 98, 132).3 His whole doctrine of prehensions is incompatible with the doctrine of external relations which the atomization of time implies.

everything is made up of atoms (don't believe me do some research) its the different variables of heat and light and things like that that cause different reactions to make different things and these things when they interact can create something completely different and you and slowly the process of mitosis or miosis starts to work and form stuff hell i learnt that in high school and it was a catholic one at that a millions of years ago i bet the universe was completely different and had things in it that our minds cant even imagine that have since changed over time from action and reaction to what we have today and in another million years who knows with all the different gases we pump into the air and the weather getting more intense on both ends of the scale life as we know it will be different the human race will have to evolve to survive and will probibly form into a slightly different species hell maybe well evolve into 2 different species like in the movie time machine

Von Neumann says that as a result of this interaction with the electron, the atom is left in a certain state.

The revolutionary developments already erupting in his own day still confront us with the relativistic and quantum mechanical portrayals of whatever «atoms» are deemed ultimate, and even more so than in the life sciences this development within the physical sciences spawned a continuing spiral of philosophic debate as to their proper interpretation.

They are working the problem backwards as well as they can, and have come up with all of the mathematics required for the protons, electrons, etc and the formation of atoms and so forth.

First, it would be consistent with Whitehead's own methodology, in this way to make God the chief exemplar for the understanding of process everywhere else in the world, Secondly, and more importantly, it might help to correct the unfortunate tendency even among Whiteheadians subconsciously to regard actual entities as atoms, minisubstances which are, so to speak, the building blocks of the world process.

With the atomic theory, Greek philosophy proposed a world of atoms and the void as a way to respect logic, yet save appearance.

Today atoms are understood not as tiny things but as structured units with a nucleus and protons, electrons, etc..

The scientific revolution of the twentieth century has totally revamped the notion of the matter which constitutes nature — matter is now viewed as internally dynamic, suffused with energy, this being the relation between matter and energy so vividly apparent when an atom bomb goes off.

«Nevertheless, just as I believe that the Book of Scripture illumines the pathway to God, so I believe that the Book of Nature, with its astonishing details — the blade of grass, the Conus cedonulli, or the resonance levels of the carbon atom — also suggest a God of purpose and a God of design.

We are in this matter trying to conceive what is most unlike ourselves but superior, as in dealing with atoms and particles, we are trying to conceive what is most unlike ourselves but inferior.

In harmony with the cosmic impulse which leads to the constant disintegration of atoms and the attendant release of energy, Life (though probably localized on a few rare planets) compels us increasingly to view it as an underlying current in the flow of which matter tends to order itself upon itself with the emergence of consciousness.

We would have to think of them, with Kim, as ontologically «decomposable into atoms and other basic physical particles,» to which all causal efficacy would be assigned.

Mutations are indeed not, so far as we know, selected by any overall purpose favoring evolution; but this is compatible with there being short - run and very naive purposes, desires, or feelings in the atoms and molecules constituting the genes, as well as in every cell and every metazoan with a nervous system.

We will be concerned, however, with mental models of systems which for various reasons can not be represented by replicas, such as the economy of a nation, the electrons in an atom or the biblical God.

It may be thought of as a supermolecule composed principally of C, H, O, N, P and S. Multicellular organisms, including man, are in turn not mere aggregations of cells, but so tightly organized that they may be considered super-super-molecules, ultimately with properties which are wholly those of the component atoms in the very complex combination.

There can still be local decreases in entropy, as happens with all living organisms while they are still alive and in some other situations as, for example, when complex organic molecules are made from their constituent atoms in outer space, as now seems to be the case.

So we must endow each and every atom with some form of «aboriginal consciousness» — «Mind - dust» as James calls it.7

So for the current technology that we have, it makes more sense to stick with [molecules with fewer carbon atoms] such as ethylene or carbon monoxide, and then to upgrade those molecules using other processes.

To address this problem, the research team prepared a new family of molecules with C = M = C cores where the metal was cerium [classed as a lanthanide] or thorium or uranium [which are classed as actinides] where two carbon atoms that are known to be strong donors were forced to be opposite to one another either side of the metal.»

Working in a Harvard Physics Department lab, a team of researchers led by Harvard Professors Mikhail Lukin and Markus Greiner and MIT Professor Vladan Vuletic has developed a special type of quantum computer, known as a quantum simulator, which is programmed by capturing super-cooled rubidium atoms with lasers and arranging them in a specific order, then allowing quantum mechanics to do the necessary calculations.

As for what they were doing, once the universe was cool enough to form hydrogen atoms, it was also cool enough for those elements to start interacting with each other and combining into molecules.

There are basically two types of lines, those produced by collisions between the atoms or ions and the electrons in the surrounding gas, which are called collision lines, and which are very bright for elements such as oxygen, nitrogen and neon, and lines which are produced when ions capture free electrons, which are called recombination lines, and which are bright only for those gases with the highest abundances in the interstellar medium: hydrogen and helium.

As a result, the data - storing groups of atoms — which record information magnetically — do not interfere with each other.

Synthesizing desogestrel is no simple task, as the small steroid is crammed with stereocenters — carbons bonded to four different groups, one of the most difficult arrangements of atoms to manipulate.

If that field interacts with itself, then, as the infant universe expanded and cooled, the field may have taken on a value or «phase,» which would be a bit like the direction in which nickel atoms point.

In a magnetic material, such as iron, each atom acts like a tiny bar magnet with its own north and south poles.

As we work with individual atoms, our scientists and engineers will all need to work in a far more interdisciplinary fashion.

Only with this experimental set - up is it possible to measure the tiny forces between microscope tip and noble gas atom, as a pure metal surface would allow the noble gas atoms to slide around.

And by extension we regard our kind of matter — atoms, molecules, rocks, water, air, stars and all of the other things that interact with visible light — as the most important kind of matter in the universe.

As a boy in Wyoming, Wilson fiddled with vacuum tubes and pumps, and thrilled at the notion that one might likewise mix parts of the atom to «make the whole universe.»

Newman, who as a teen developed a fascination with turbulence as a rafting guide in Colorado, arrived at Oak Ridge in 1993 to explore a different kind of turbulence: the plasma of fusing hydrogen atoms inside experimental fusion reactors.

Crucially, the pattern was a projection of the spacings of the energy levels in the hydrogen atom, as laid out in the wave function, with bright rings where electrons were present and dark lanes where they were not (Physical Review Letters, doi.org/mmz).

An international team of physicists is preparing XENON100, a simple experiment with a huge ambition: to record the moment when a bit of dark matter — known as a weakly interacting massive particle, or WIMP — smacks into the nucleus of an atom of liquid xenon, triggering a flash of light and an electric charge.

If imbued with a quantum - mechanical property known as spin, individual atoms act as tiny bar magnets with north and south poles.

These effects are used to execute basic mathematical operations (quantum gates) between the two atoms, as is demonstrated by the Garching team with two characteristic gate operations.

The ORNL - led study instead provides evidence for the second mechanism, in which one H atom associates with an O atom to make OH and the other H associates with cerium (Ce) to make CeH — a hydride that may serve as a source of H for industrially important hydrogenation reactions.

They can therefore be employed to observe particles with dimensions of less than 1 nanometer, such as atoms.

Robert Wegeng of the Pacific Northwest National Laboratory in Richland, Washington, says silver may behave as a volatile on the moon, with atoms evaporating and condensing onto the surface until they get stuck in a cold spot.

Gritty with detail, Radiance captures thrilling moments of discovery (and occasionally failure): We see Enrico Fermi sprinting through corridors en route to a new element — and a Nobel — and hold our breath alongside Robert Oppenheimer in the desert as a clock counts down the seconds to the first test of an atom bomb.

Accordingly, the vast, cloud - like objects that glow with this light from hydrogen (and other) atoms are known as emission nebulae.

On Earth Superfluids with properties such as climbing up the walls of their containers can be made from chilled atoms.

As long as one hasn't measured the state of the atom, one knows nothing about the poor cat's health either — atom and kitty are intimately «entangled» with each otheAs long as one hasn't measured the state of the atom, one knows nothing about the poor cat's health either — atom and kitty are intimately «entangled» with each otheas one hasn't measured the state of the atom, one knows nothing about the poor cat's health either — atom and kitty are intimately «entangled» with each other.

He has proposed a strange, intriguing scenario in which gravity is transmitted by a particle, called a fat graviton, that could be as large as one two - hundreth of an inch wide — enormous compared with the particles that make up atoms.

«This technique allows us to write a piece of beautiful «music» with laser light and atoms, and then map that into a structure and freeze it like a stone so we can look at individual atoms listening to the different tones of the laser, read out directly as an image,» JILA / NIST Fellow Jun Ye said.

Dark atoms and molecules could perhaps clump together into galactic disks that overlap with the ordinary matter disks and spiral arms of galaxies such as Andromeda.

Ye is most excited about the future possibility of using the atoms in the clock as a gravity sensor, to see how quantum mechanics, which operates on very small spatial scales, interacts with general relativity, the theory of gravity, a macroscopic force.

We can watch single atoms as they wander across the magnetite surface or bond with each other.