Sentences with phrase «by atoms for»

The new additions allow it to cut out surprisingly rich interpretations of difficult tunes like our go - to bass track «Before Your Very Eyes» by Atoms for Peace.

Not exact matches

For example, if an A.I. is tasked with proving or disproving the Riemann hypothesis, one of the most important, unsolved problems in mathematics, it might pursue this goal by trying to convert the entire solar system into a computer, including the atoms in the bodies of whomever once cared about the answer.

«We did not reach the moon or split the atom or find treatments and cures for countless diseases by under - investing in basic research,» Pritzker said.

Mr Deighan will have read in these pages «something very close» to the idea that Thomistic epistemology tends to emphasise «immutable essences» and static forms, and that this emphasis has been powerfully challenged by the success of modern science (for example Jaeger's article in our last issue and in our September 2006 issue the editorial and the quotes from Ronald Knox's God and the Atom).

Scientists buoy our longing for clarity by enumerating laws and speaking of atoms and electrons, but, laments Camus even they are reduced to using the «poetry» of planetary systems, i.e., they Can not rationally seize the reality they study.

This is an important and helpful book for the Catholic community as it struggles to respond appropriately to the challenge outlined by Watkin — and by Ronald Knox two years earlier in 1945 (see the first part of his God and the Atom, summarised in Faith Magazine Nov / Dec 2012).

All of these — animals, cells and atoms — are thus called «organisms» by Whitehead, one of Hartshorne's main sources for his psychicalism.

For example, he said, look at the Buddhist theory of impermanence, the idea that the physical world is changing by the second, which was later proved by quantum physics in the movement of atoms.

For me, and I hope many others, the last word in Ancient Greece on this topic was given by Epicurus and his talk about a mixture of chance and necessity, and the bits of free «swerve» in the movements of atoms.

there's really no room for the concept of an independent entity possessed of «will» in a worldview shaped by cause and effect; the only place for «will» to retreat to is the zone of true randomness, of complete uncertainty, which means that truly free will as such must be completely inscrutible [sic]... Statistical laws govern the decay of a block of uranium, but whether or not this atom of uranium chooses to fission in this instant is a completely unpredictable event — fundamentally unpredictable, something which simply can not be known — which is equally good evidence for the proposition that it's God's (or the atom's) will whether it splits or remains whole, as for the proposition that it's random chance.

At a conservative estimate, say 15 Sites per enzyme must be fixed to be filled by particular amino acids for proper biological function... [T] he probability of discovering this set by random shuffling is one in 1040,000, a number that exceeds by many powers of 10 the number of all atoms in the entire observable universe [Science News, Vol.

But so is an atom, for example, a community, because its different electrical constituents are inter-related by certain definite structural principles.

For underlying these supposedly «exceptional» cellular arrangements we have first the far vaster world of molecules, and underlying this again the immense and decidedly cosmic world of atoms; two worlds displaying, the first by its inter-atomic arrangements and the second by its nuclear groupings.

And how blind does a person have to be to consider a massive, molecular database filled with data and knowledge beyond our present full comprehension that is made up of 104 billion atoms, (the human DNA molecule) and even consider for a moment scientifically that it came about by unguided chemical means.

Now since about 1900 it has been established not only that what had been taken to be atoms, i.e., not divisible, are in fact compounds but also that the classical laws of motion do not hold for the sub-atomic constituents, which display variations in their motion, so that their paths are determinable only by statistical probability.

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.

Above that God is of light and named as The Light of Heavens and Earth, God has sent his light for our enlightenments to his creations (Jinn & Mankind) as for Guidance as through, a Reminder, a Warner, for those being lost astray saving the soul of who wants to be saved from the darkness into light, generation after generation some believe and some do not believe which all will be judged by God on a named date when we are brought back from dust where ever your atoms might be will they will come back into shape brought out from under grounds;

But the ultimate components of rocks or grains of sand or molecules and atoms are series of occurrences bound together by a feeling for one another.

Two experimenters, the late Lord Rayleigh and the late Sir William Ramsay, found that if they obtained nitrogen by two different methods, each equally effective for that purpose, they always observed a persistent slight difference between the average weights of the atoms in the two cases.

He did not merely copy Democritus» physics, as was commonly thought, but introduced the idea of spontaneity into the movement of the atoms, and to the Democritus world of inanimate nature ruled by mechanical laws he added a world of animate nature in which the human will operated.9 Marx thus favours the views of Epicurus for two reasons: firstly, his emphasis on absolute autonomy of the human spirit has freed human beings from all superstitions of transcendent objects; secondly, the emphasis on «free individual self - consciousness» shows one way of going beyond the system of a «total philosophy».

Science (discovered by man science, that is) can only explain some of the existing phenomenon in mathematical terms and come up with recipes for existing materials but CAN NOT CREACTE A SINGLE ATOM!

Fatty acid size is measured by «chain length,» which is shorthand for the number of carbon atoms linked together in a chain.

Alexis Sanchez has taken to social media to show how happy he was to be given Christmas jumpers for his dogs Atom and Humber by Arsenal.

Stepping off at 9:45 a.m., kids wearing Atom the Science Squirrel t - shirts and carrying signs will find their voice to stand up for science by moving their feet.

ATOM was founded by a group of athletic trainers to address issues of mutual concern within the Commonwealth Today ATOM is the largest organization for Athletic Trainers in Massachusetts.

Like Reeves (and for that matter like Clegg), most of today's liberals see individuals as free - floating, untethered social atoms, quite unlike the rooted, flesh and blood individuals presupposed by the social liberals of yesteryear.

The complex pattern of memories, aspirations and actions which make up a character were carried for a time by the atoms of her body, but we believe they are also stored up in the Cloud of God's being.

But, they add, the isotopes created by these storms likely constitute a small portion of all such atoms — so the new findings are unlikely to change the way other scientists use them for dating and geotracing.

For the first time, researchers have made a molecule simply by pressing two atoms together and making them bond on command.

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.

«We're building a new molecule by putting together individual atoms like blocks of Lego, rather than traditional chemistry where we just throw a lot of things together and hope for a reaction,» says Lee Liu at Harvard University.

Thousands of ultracold strontium atoms vibrate in a lattice of laser light inside this record - setting atomic clock, designed by researchers at the Joint Institute for Lab Astrophysics in partnership with the National Institute of Standards and Technology.

For the first time, we've made a molecule by pressing two atoms together to make them bond on command.

It's not that we say this atom has to be a one or a zero — we could do that easily just by throwing light on the atoms — but what we do is allow the atoms to perform the computation for us and then we measure the results.»

In principle, the wave function, denoted by Greek letter psi, can be used to reveal these energy levels for any given atom or molecule, although in practice this has only been done for the very simplest — the hydrogen atom and molecule (made of two hydrogen atoms bonded together).

The distribution of nitrogen atoms after the dissociation allowed the identification of the «active sites» for this reaction, which are formed by the low - coordinated, top metal atoms of atomic steps.

The atomic size and structure of nitrogen make it an excellent choice for this purpose because it can fit naturally into a strong network of carbon atoms by creating bonds (sp2) in which electrons are shared by the whole network.

By about 400 million years after the Big Bang (thought to have occurred about 13.8 billion years ago), when the cosmos had cooled enough for atoms to form, the universe contained very, very few other kinds of atoms.

The «H» in HERA stands for hydrogen, and the instrument's antennas are tuned to detected a wavelength of light emitted by hydrogen atoms.

Though it enables precise atom - by - atom fabrication of nanostructures, the process is very slow because the low density of adsorbed gas molecules in the vacuum environment limits the amount of material available for fabrication.

The scientists» next plan is to realize a router for light that is controlled by a single atom and switches light between two output ports.

The evidence: The Big Bang models, along with the studies of primordial microwaves, predict how many conventional atoms should be out there — and the result is much more than can be accounted for by stars alone.

Although there are no naturally occurring antimatter atoms, in 1995 physicists at the European Center for Nuclear Research (CERN) in Geneva cobbled together a few atoms of antihydrogen by linking a positron to an antiproton and have since made tens of thousands more.

For the first time, they managed to control the shape of the laser pulse to keep an electron both free and bound to its nucleus, and were at the same time able to regulate the electronic structure of this atom dressed by the laser.

Professor Angelos Michaelides, from the Thomas Young Centre and London Centre for Nanotechnology (LCN) at UCL, lead researcher of the study, explained: «Atoms and molecules usually move across materials by hopping from one point on their surface to the next.

They also provide an avenue for designing other types of electron emitters with atom - by - atom precision, said Nick Melosh, an associate professor at SLAC and Stanford who led the study.

The scientists prepared the molecules so that the temperature — judged by the probability of an atom's nucleus being found in a higher energy state — was greater for the hydrogen nucleus than for the carbon.

Galactose oxidase achieves this configuration by forcing the copper atom to bind to five compounds — four amino acids and one water molecule — in a pyramid - shaped arrangement that keeps it a bit unsatisfied, looking for more action.

The team succeeded by using deuteration, or the substitution of deuterium atoms for hydrogen atoms, to study how hydroxyl is produced.

That calculation requires measuring the x-rays» intensity and determining their phase, the relative timing — a harder problem traditionally solved by comparing the diffraction pattern from a pure crystal with one from a similar crystal in which heavy metal atoms substitute for some components of the crystal.