Sentences with phrase «of known particles»

Looking at the table of known particles and the experimental data, it was clear that the neutron and proton could be made up of three particles with fractional charges, which I called quarks.

Last year, to great fanfare, the LHC blasted into existence the long - sought Higgs boson, the last piece in physicists» theory of the known particles, the standard model.

Indeed, neutrinos have the smallest mass of any known particle — and yet they are incredibly important for understanding the world around us.

Not exact matches

Gravity isn't even represented by any of the particles that we know about.

The main contender for the substance is a type of hypothetical particle known as a «weakly interacting massive particle» (WIMP).

Physicists know that it's not made up of any type of particle that we already know about.

Heavy traffic is responsible for about a third of Beijing's total emissions of harmful breathable particles known as PM2.5, according to the Ministry of Environmental Protection.

It follows from the foregoing analysis that if the human particles are to become truly personalized under the creative influence of union it is not enough for them to be joined together no matter how.

The new physics no longer pictures the universe in terms of bits and pieces called particles.

To get to the big picture of the whole universe, these theories have to consider what is known about particles on the tiniest scale.

There is absolutely no evidence anywhere in the known univers, from the tiniest subatomic particle to the structure of the universe as a whole, that even remotely implies the faintest possibility thata deity exists.

It is well known that some experiments showed the particle character of light and others showed its wave character.

yet, some people know the designer of every particle in existence.

Therefore, we no longer reduce the world to particles, but we regard it as a state of the whole.

In classical physics from the spot P we infer the position of atom A. From the spot P, the track PP1, and from knowledge of how the lens works, we could also know the momentum of the particle.

These include the products of radioactive decay, cosmic rays (the highest - energy form of electromagnetic radiation known to man), and the stellar wind, a stream of particles that fly out from any star as it continuously burns.

My imaginations could not let me think past few things I read and know about God but in an attempt to invent God I would rather put the play this way; putting a light bulb on a center of table with little particles of crystals scatter all around the light bulb that the light shine so bright it reflects the crystals scattered on the table.

We are exploring space and sub-atomic particles and learning new facts every day, facts that the Creator has known since the beginning of time.»

We also know that the universe is primarily made of light when you look at what EM radiation and any particle is made of, just as is said in the Bible.

So the astronomer Laplace said, if he could know the position and momentum of every particle in the universe he could predict the future of the universe completely.

27 But behold, if ye will awake and arouse your faculties, even to an experiment upon my words, and exercise a particle of faith, yea, even if ye can no more than desire to believe, let this desire work in you, even until ye believe in a manner that ye can give place for a portion of my words.

You don't know what there was «before» the universe existed, because there was no «before» time existed, and there IS proof that virtual particles, and quantum fluctuations come and go out of and into existence all the time.

Laplace claimed that if he knew the position and velocity of every particle in the universe, he could in principle predict all their future positions and hence all future events, governed by inexorable causal laws.

You know, it is also hard to accept \ fathom that particles can appear out of thin vacuum.

I'm not sure we know exactly, but random motion of the particles, if not perfectly balanced, would have a net angular momentum.

Although Locke is pessimistic with regard to what we can actually know about these particles, believing as he does that we will always be in «incurable ignorance about them since we can not know the minute parts of matter nor the manner of their interaction, he thinks that at least in principle it is possible to discover the causes of natural events.

In 2012 the lines between the sacred and the profane will get even more blurry: Scientists will religiously maintain their search for the elusive God particle (they won't find it); evangelical sports superhero and Denver Bronco quarterback Tim Tebow will continue to be both an inspiration to the faithful and an object of scorn to skeptics (he will be watching, not playing in, the Super Bowl); at least one well - known religious leader or leading religious politician will be brought down by a sex scandal (let's hope all our leaders have learned a lesson from former Rep. Anthony Weiner and stay away from sexting); and the «nones» - those who don't identify with one religion - will grow even more numerous and find religious meanings in unexpected places (what TV show will become this season's «Lost»?)

Some unimagined form of communication, faster than the speed of light, would allow each particle to «know» and respond to what the other was doing.

At the micro level of quantum particles, however, these rules no longer apply.

When science has gained a more perfect picture of the spatio - temporal patterns exhibited by the life and adventures of a particle, including perhaps the evolution of the cosmos from a stage in which it did not contain this particle, and into one in which it will no longer contain it, then perhaps speculation as to an inner life of the particle.

We still don't know something as simple as whether light consists of waves or particles.

We do know that where we would seem to expect nothing, sub atomic particles pop into and out of existence almost as if they are «looking» for structure or «crystal» to «latch onto» and take atomic form.

If you know of a way to calculate the probability of bible god according to mathematics and physical laws in a way that explains how sub-atomic particles act, then science will run those numbers...

In quantum mechanics the exact spatial location of sub-atomic particles (e.g., an electron) is no longer viewed as a meaningful concept.

According to him, the error lies in assuming that one is dealing with the same set of possible spin - measurement results for the particles coming out one side of the apparatus described no matter what orientation one considers for the spin - measuring device (s) on the other side of the apparatus.

Our measurements of the particle's location and its motion (actually, its momentum) are reciprocally land inversely] related to each other The more we know about one, the less we know about the other,»

fred likes the quantun physics argument, because most people don't even know what quantum mechanics deal with, which is mainly a mathematical description of much of the dual particle - like and wave - like behavior and interactions of energy and matter.

Leon Lederman, the well - know physicist in his book on the history of particle physics, The God Particle, (GP 175) expresses the unavoidable finitude as a limit of knowledge expressed by what Max Planck called the «quantum of action,» now known as Planck's Constant: «Heisenberg announced that our simultaneous knowledge of a particle's location and its motion is limited and the combined uncertainty of these two properties must exceed... nothing other than Planck's constaparticle physics, The God Particle, (GP 175) expresses the unavoidable finitude as a limit of knowledge expressed by what Max Planck called the «quantum of action,» now known as Planck's Constant: «Heisenberg announced that our simultaneous knowledge of a particle's location and its motion is limited and the combined uncertainty of these two properties must exceed... nothing other than Planck's constaParticle, (GP 175) expresses the unavoidable finitude as a limit of knowledge expressed by what Max Planck called the «quantum of action,» now known as Planck's Constant: «Heisenberg announced that our simultaneous knowledge of a particle's location and its motion is limited and the combined uncertainty of these two properties must exceed... nothing other than Planck's constaparticle's location and its motion is limited and the combined uncertainty of these two properties must exceed... nothing other than Planck's constant, b...

We test everything from the particle size to the levels of nutrients, amino acids and catechins — so you know you're getting a great cup every time.

However, the Ishida X-ray inspection system, already highly sensitive, can be set to even higher levels of sensitivity for the contaminants that have historically been known to occur in such agricultural products, such as minute particles of glass, stone or buckshot.

With 30 per cent of marine fish in the world's oceans considered to have plastic in their stomachs, she said there is «no doubt we are eating residual plastic contamination,» while other estimates suggest anyone consuming an average amount of seafood will ingest «about 11,000 plastic particles each year».

I know it's the particles of coconut milk fat that solidifies in the fridge.

You probably already know how activated charcoal works: The tiny particles of carbonized bamboo, peat moss, or coconut husk absorb and store harmful chemicals so they can safely leave your body.

Obviously it is so important not to get sunburned, however, since it is hard to know exactly how the chemical sunscreens affect developing bodies, my dermatologist suggests using physical sunblock (i.e. particles of zinc oxide or titanium dioxide that are suspended in the cream, and lay on top of your skin to form a literal physical barrier) for nursing moms and kids through adolescence.

No matter how much of neat freak you are, there will be particles in the air that might irritate your little one.

Sydney Schreppler, a postdoctoral fellow in physics at University of California, Berkeley, seeks to hire a female graduate student mentee to contribute to her work on circuits that mimic the behavior of the world's smallest particles, known as superconducting qubits.

That 10 percent could screw up all kinds of estimates, from how dark energy changes over the universe's history to how fast the universe is currently expanding, to the calculations of the masses of ethereal particles known as neutrinos.

Still, the prediction was enough to secure him a prime place in the annals of science, and the quantum particles that stream from the black hole's edge would forever be known as Hawking radiation.

Polchinski was an early pioneer of string theory, the mathematical apparatus picturing the basic particles of matter and force as supertiny wriggling strands of energy known as superstrings.

But these spacecraft still must squint through the second of the sun's impacts, its bright illumination of icy and dusty particles around it, known as the zodiacal light.