Примери за използване на Quantum effects на Английски и техните преводи на Български
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Some cynics say quantum effects may still make the machine blow up.
Does it or does it not properly predict quantum effects mathematically?
It measures quantum effects to produce a billion random numbers per second.
That is, the stream of particles generated by quantum effects near the event horizon.
Quantum effects can be explained by factoring in this force, they propose.
In many aspects modern technology operates at a scale where quantum effects are significant.
Devices that can measure quantum effects can produce an endless stream of random numbers at high speed.
Achieving a quantum computer is a challenge, because quantum effects are delicate and transient.
Time crystals work because of quantum effects, or the bizarre rules describing the menagerie of tiny subatomic particles.
There's been a growing body of research in recent years looking at using quantum effects to make encryption stronger.
In such system quantum effects create an opportunity of the unpredictable behaviour and non-programmed external influence.
But exotic types of matter, like QGP, can exhibit quantum effects that throw those laws out the window.
The quantum effects of black holes… suggest that not only does God play dice… he sometimes throws them… where they cannot be seen.
But if collapse models are correct, then quantum effects will not be apparent above a certain mass.
It is the scale at which classical ideas about gravity andspace-time cease to be valid, and quantum effects dominate.
This force of repulsion could explain bizarre quantum effects, such as particles that can tunnel through barriers.
The Planck length is the scale at which classical ideas about gravity andspace-time cease to be valid, and quantum effects dominate.
What Bell seemed to prove was that quantum effects are"nonlocal" in Bohm's sense: that is, they are not just here or there, but both.
What the frog, the robin, the fruit fly and the tree have shown us is that real quantum effects are going on in nature all the time.
To see subtle quantum effects, even in a controlled, austere environment of a physics lab, is really difficult. And yet here's the Robin doing it with ease.
We will see thatit's not radiation from the black hole itself, it's the byproduct of quantum effects that occur at the event horizon.
As Uhlenbeck has noted,"No one plays with quantum effects as a child," so the concepts involved here are not quite as intuitive as they are for soap.
Even before the gravitational forces become too large,falling into a black hole man burned in fire generated by the quantum effects of the storm.
But this dichotomy breaks down at low temperatures where quantum effects prevail, allowing for a bizarre form of matter called a supersolid.
What really happens during the very early or late stages of the universe,when gravitational fields are so strong that quantum effects cannot be ignored?
About 15 years ago,when I learned of our new-found ability to create quantum effects that don't exist in nature, I was excited.
Earlier this year, for example,researchers showed the process of photosynthesis- whereby organisms make food using light- may involve some quantum effects.
Their response was 1 these subconscious thoughts, feelings anddesires create quantum effects that are sometimes at odds with our conscious intent.
When the universe was just a few microseconds old, it existed as a strange soupy substance called quark-gluon plasma(QGP),which exhibits a whole host of unusual quantum effects.
However, Jafferis has overcome this with quantum field theory tools to compute quantum effects similar to the Casimir effect. .