Sentences with phrase «quantum level»

Einstein's theory of general relativity explains almost everything large scale in the universe very well, but starts to unravel when examining its origins and mechanisms at quantum level.

For example, the idea that the brain is a complex non-linear dynamic system is mentioned only fleetingly - leaving me with the feeling that we had missed an opportunity for a useful discussion (such as perhaps making a connection with the ideas advocated by Polkinghorne regarding the possibility of chaotic systems «amplifying» quantum level uncertainties up to the macro-level).

Hameroff suggests the most meaningful action happens at the impossibly small quantum level, where subatomic particles like photons and electrons exhibit bizarre behavior.

Lead author James Wood describes the technique as «a dramatic simplification of the nuclear detection process, where we essentially shine light on an atomic - sized defect in diamond and observe its natural response, at a fundamentally quantum level, to the target nuclear spins nearby.»

Elementary quantum mechanics quickly shows that harmonic oscillators (shown by the dotted line in the figure to the right) can only absorb or emit light associated with a transition between neighboring quantum levels such as between v = 0 and 1.

@Primewonk «At the quantum level, no cause is needed for effect.

At the quantum level, no cause is needed for effect.

Actually, at the quantum level, matter is in fact spontaneously created and destroyed billions of times each second.

It is my understanding that at the quantum level there is evidence that what happens in one occasion is affected by the whole quantum world.

hrough the quantum fluctuations of chronometric tachyon fields, one can surmise that at its core, the Universe is composed of Heinsenberg pulse waves interacting on the quantum level.

With the Higgs Boson we confirmed the existence of the Higgs field which goes a long way to explaining the interactions between particles on a quantum level and is giving us a peek into something that has long confounded us, what Einstein called «sp o o ky action at a distance».

«Through the quantum fluctuations of chronometric tachyon fields, one can surmise that at its core, the Universe is composed of Heinsenberg pulse waves interacting on the quantum level.

Whereas the indeterminacy principle of Heisenberg «emphasizes the role of decision at the human level, Stapp emphasizes the role of decision at the quantum level.

It's easy to imagine all sorts of ways in which indeterminacy on the quantum level can be amplified so as to issue in macroscopic changes in the world

We live in a universe where the so - called «butterfly effect» plays a strong role, so that things at a quantum microscopic level affect things at a large scale, and a universe where there is true randomness at the quantum level, which gives theoretically uncaused events which can't be empirically distinguished from events with unseen causes.

For many physicists, though, there's no such thing as objective reality at the quantum level: a particle can't be said to exist until it's measured.

If we shift our analysis to a higher synthesis than cellular biology, we can see a body as a living function within the environment, an organic unit within the whole ecosystem of the planet; indeed within the whole cosmos, not least because every particle of matter seems to be entangled with every other at the quantum level.

In other words, if two particles are «entangled» on a quantum level, they somehow seem to share the same existence.

Now experiments at the quantum level seem strongly to favor influence at a distance.

With no metaphysics, no magic, no influence from mental exertions like praying, etc. to be seen even at the quantum level, any and all claims to the contrary, including your whiny «oh it might exist» bullshit, require proof to the contrary because the field has already been cleared.

Biology suggests we might not have free will, but everything changes when you get down to the quantum level

Linking thousands of atoms at the quantum level so they vibrate together could lead to new clocks that lose less than one second in 15 billion years, the current record.

However, research in the foundations of quantum mechanics suggests that, at the quantum level, causal structures may be «indefinite.»

Manipulated to 1/100, 000 the width of a human hair, nanoparticles can act differently when operating at the quantum level.

At the quantum level, chance and probability rule.

At the quantum level, reality does not exist if you are not looking at it,» said Associate Professor Andrew Truscott from the ANU Research School of Physics and Engineering.

Now 6 years into her postdoctoral research, Alireza is beginning to make waves in the physics community with her experiments on the effects of high pressure at a quantum level.

Friction and drag also exist at the quantum level, the realm of atoms and molecules invisible to the naked eye.

At the quantum level, the physical dynamics appear to be different.

(At the quantum level of scale, atoms overwhelmingly consist of empty space.)

In Huard's scheme — in contrast to some previous experiments — the demon and the system both operate on a quantum level.

The results add to recent evidence suggesting that just as Schrödinger's cat can be dead and alive at the same time, light can be a particle and a wave simultaneously at the quantum level.

Photons (light particles) and electrons behave differently at the quantum level.

Scientists are currently struggling to unify the pair into one theory of quantum gravity, and some candidate theories predict that the equivalence principle breaks down at the quantum level.

All of biology, chemistry and nanotechnology fundamentally operate at the quantum level.

Ancient dog drawings show leashes, and how Earth might be viewed as a «topological insulator» — a designation usually reserved for the quantum level

Einstein struggled to reconcile the fact that tiny things at the quantum level (energy packets and matter smaller than an atom) do not behave the same as larger things like desks and planets.

So this experimental work seems to suggest we really do have this deep nonlocality to the universe, which means that the universe is a much weirder place than Einstein would have liked, and it's something with a lot of different sorts of profound implications for understanding the universe at a quantum level.

These correlations tell us about the fundamental laws of nature which determine the behaviour of the atom cloud on a quantum level.»

But this description starts to fall down on the tiniest scales, and the search is on for a new theory that describes gravity at the quantum level and unites it with the other forces.

This effect is also applicable at the quantum level, with one caveat: instead of the voltage smoothly increasing as the magnetic field intensifies, the voltage jumps up in steps.

He co-authored a paper last week in Science that demonstrated a device that, at the quantum level, peaked at 114 percent efficiency using a process called multiple exciton generation (MEG).

Its speed and power lie in the fact that quantum systems can host multiple «superpositions» of different initial states, and in the spooky «entanglement» that only occurs at the quantum level the fundamental particles.