Sentences with phrase «in vacuum energy»

Not exact matches

In contrast to Ong's product - based approach, Roosegaarde's work has mainly taken the form of large - scale installations, among them a fluorescent bike path that glows like Van Gogh's night skies, giant kites that can supply up to 200 households with green energy, and «the world's largest vacuum cleaner» to suck up air pollution in public spaceIn contrast to Ong's product - based approach, Roosegaarde's work has mainly taken the form of large - scale installations, among them a fluorescent bike path that glows like Van Gogh's night skies, giant kites that can supply up to 200 households with green energy, and «the world's largest vacuum cleaner» to suck up air pollution in public spacein public spaces.

In principle, one could also create other particles from vacuum, such as electrons or protons, but that would require a lot more energy.»

In the olden days of our own infancy, our parents may have run a vacuum or put us on the dryer, but living in energy - conscious Berkeley, you can't do that stuff all night lonIn the olden days of our own infancy, our parents may have run a vacuum or put us on the dryer, but living in energy - conscious Berkeley, you can't do that stuff all night lonin energy - conscious Berkeley, you can't do that stuff all night long.

They're called virtual particles, and the energy associated with the background hum of their constant appearance and disappearance became the way in which we understand the source of repulsive vacuum energy.

It turns out that most of the stuff in the universe is in the form of some energy in the vacuum that has an odd repulsive property.

But only in the last 10 years has the vacuum taken center stage as a font of confounding mysteries like the nature of dark energy and matter; only recently has the void turned into a tantalizing beacon for cranks.

In short, Baez says, while we may be able to get energy from the vacuum, success «would mean the universe is far more unstable than we ever dreamed.»

That much energy would literally blow the universe apart: Objects a few inches from us would be carried away to astronomical distances; the universe would literally double in size every 10 - 43 second, and it would keep doubling at that rate until all the vacuum energy was gone.

The atoms can't lose energy and «roll down» this hill because doing so would require them to increase their kinetic energy and this is not possible because the system is in a vacuum and there is no outside energy source.

So, armed with improved equipment, University of California, Davis researchers subjected carbon dioxide to high - energy ultraviolet light particles in a vacuum.

Such a field could vary in strength over time and throw off the calculations based on a constant vacuum energy.

Most of them are produced in vacuum chambers that use tons of energy to deposit thin layers of semiconductor materials onto a flawless wafer.

Conventional sputtering processes involve bombarding a solid object such as an ingot of titanium, referred to as the target, with energy - rich ions in a vacuum chamber.

Such one - step oxygen formation could be happening now as carbon dioxide increases in the region of the upper atmosphere, where high energy vacuum ultraviolet light from the Sun hits Earth or other planets.

Just for good measure, the panel also dismissed the possibility that RHIC would trigger a phase transition in the cosmic vacuum energy (see # 3).

Now UC Davis graduate student Zhou Lu, working with professors in the Departments of Chemistry and of Earth and Planetary Sciences, has shown that oxygen can be formed in one step by using a high energy vacuum ultraviolet laser to excite carbon dioxide.

When the idea was first proposed mathematically in 1994 it required a vast amount of negative vacuum energy which made the idea seem impossible.

This is within the range of vacuum - UV light — so named because while light of that energy can propagate in a vacuum, it is quickly absorbed by oxygen in the air.

The vast majority of universes that burst into being in this way are thick with vacuum energy; they either expand or collapse so quickly that life can not arise in them.

The researchers believe that the electric field in the vacuum tube somehow altered the energy state of the vacuum inside the cathode - ray tube in the nearby computer monitor.

These «virtual particles» arise in pairs that normally cancel each other out almost immediately, releasing their energy back into the vacuum that spawned them.

(Twenty - seven kilometers of tunnel underground Designed with mind to send protons around A circle that crosses through Switzerland and France Sixty nations contribute to scientific advance Two beams of protons swing round, through the ring they ride»Til in the hearts of the detectors, they're made to collide And all that energy packed in such a tiny bit of room Becomes mass, particles created from the vacuum And then...)

And there are good arguments that you might only find them when the vacuum energy is incredibly small, because a larger vacuum energy blows the universe apart, [it] produces a repulsive force before galaxies could form, and if you believe that observers only form in their galaxies, no observers in those universes.

Refrigerator vacuum panels made from the ash of burned rice husks won University of Michigan students first prize in the M.I.T. Clean Energy contest.

And then you have to ask yourself, where in this multiverse would you expect to find astronomers to make the measurements of the energy density of the vacuum?

This might have practical implications in quantum computing, as ours is a world of constant fluctuation — even a vacuum is alive with vibrations of energy.

To avoid violating the rule from relativity that neither energy nor information can travel faster than the speed of light in a vacuum, that hurrying along can work at only one frequency.

As the two mirrors move closer to each other, the longer waves will no longer fit — the result being that the total amount of energy in the vacuum between the plates will be a bit less than the amount elsewhere in the vacuum.

Named for a Dutch physicist, the Casimir effect governs interactions of matter with the energy that is present in a vacuum.

The most precise calculation of the lifetime of our universe finds that a bubble of vacuum energy made by the Higgs boson could envelop us all in 10139 years

No one knows exactly what's doing the pulling, but the contracting force could exist in empty space because the vacuum is full of energy and other intangibles.

But the authors note that the vacuum in which a black hole sits need not be devoid of particles — only energy — and therefore that soft particles are present there in a zero - energy state.

Low - energy electrons will be filtered as they travel through a series of electrodes placed within the vacuum chamber as the magnetic field first dips in strength and then rises again as the electrons enter the second magnet, leaving only the highest - energy electrons for the calorimeter to analyze.

The process that gives rise to these quasiparticles is akin to the way energy turns into short - lived «virtual» particles and back into energy again in the vacuum of space, according to Einstein's famous equation E = mc2.

Presently, dark energy — a mysterious substance that seems to be associated with the vacuum of space itself — is pushing the universe outwards more strongly than gravity pulls in, causing the universe to not only expand but to do so faster and faster.

Guth hypothesized that the universe was initially trapped in a peculiar state (the «false vacuum») from which it decayed, in the process expanding exponentially and liberating the energy present in our universe today.

These high - energy electrons are then injected into a storage ring where they circulate in a vacuum at close to the speed of light.

You should install these Fonts for this document; (Marker Felt AND Tempus Sans ITC) Vocabulary Words: Amplitude Crest Constructive interference Destructive interference Diffraction of WAVE Electromagnetic WAVE Energy of WAVE Frequency Hertz In phase Longitudinal Wave Mechanical Wave Medium Pulse Period Power of WAVE Reflection Refraction Second Speed of Wave Transverse Wave Trough Vacuum Velocity Wave Wavelength

Even air fresheners can make a difference - if one aluminium air freshener aerosol is recycled by everyone in the UK; enough energy could be saved to vacuum over 876,000 homes for a year — that's a lot of tidy homes!

Re 244 Iskandar — as stated several times in several different ways, the gist is this: Yes, space is not a complete vacuum and mass can flow in or out of the atmosphere, carrying energy.

Pilot projects have been started where vacuum toilets suck waste away for use in biogas plats to generate energy.

This bench experiment is used in Universities around the world to demonstrate that maximum radiative energy transfer occurs in a vacuum.

It does not matter how efficient the ball bearings are, even perfectly frictionless bearings and in a vacuum I have to exert more energy to increase the speed (temperature).

Radiation does not involve the movement of matter, thus radiation is only method of energy transfer that can occur in a vacuum, such as outer space.

If a black body with a fixed - rate energy source is in radiation - rate - equilibrium with the vacuum of space at 0 Kelvins, placing additional material separate from but surrounding the black body will likely cause the temperature of the surface of the black body to change in such a way that energy - rate - equilibrium is re-established for the black body.

To do so in support of denying energy and development to the world's poor exposes the moral vacuum at the heart of our green elites.

The flywheels are magnetically levitated in a vacuum and have very low energy losses as a result.

By avoiding the use of absolute temperatures, the establishment can thus produce the desired agenda narrative, in a context vacuum, that our world is «rapidly warming» in order to persuade the public of favored energy / taxation policies.

If there would be no continuum acceptable solutions how would a monatomic gas lose energy in vacuum?

The radiated energy in a vacuum flask passes directly from one wall to the other and is unlikely to affect the temperature of the few molecules of air that remain in the near perfect vacuum.