Приклади вживання Planck scale Англійська мовою та їх переклад на Українською
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The Planck Scale.
Only will be extremely small, in Planck scale.
On the Planck Scale, a single unit of mass is equivalent to 2.17645× 10-8 kg- roughly a microgram, or 1019 times greater than the mass of a proton.
Probably when their number reaches the area of the Planck scale.
M56 Physical systems and their evolution from the Planck scale up to the scale of the Universe(Number of comments: 28).
Except these would be incomprehensibly small, on the Planck scale.
The difference in mass scale between the heaviest particle and the Planck scale(the hierarchy problem) was the motivation for supersymmetry;
These loops are about 10-35 meters in size, called the Planck scale.
The dilaton acts like a Brans- Dicke scalar, with the effective Planck scale depending upon both the string scale and the dilaton field.
What prevents quantities at the electroweak scale, such as the Higgs boson mass,from getting quantum corrections on the order of the Planck scale?
The correlation between consciousness and the Planck Scale is certainly there.
So, if dark matter were closer to the Planck scale, it wouldn't be afflicted by the hierarchy problem, and this would also explain why we haven't seen the signatures associated with WIMPs.”.
М56 Physical systems and their evolution from the Planck scale up to the scale of the Universe.
Whereas WIMPs place the mass of dark matter at the upper limit of the electroweak scale, the Danish research team of Marthias Garny, McCullen Sandora and Martin S. Sloth proposed aparticle with a mass near another natural scale entirely- the Planck Scale.
Most physicists tend to assume that space-time is created on Planck scale, at distances close to one trillionth of a trillionth of a meter(~ 10-35 m).
With certain special configurations of the extra dimensions,this effect can lower the Planck scale to the TeV range.
It becomes strong for particles only at the Planck scale, around 1019 GeV, much above theelectroweak scale(100 GeV, the energy scale dominating physics at low energies).
That is, why all the particles we know about are so light,especially with respect to the natural scale of gravity, the Planck scale, which is about 1019 GeV.
In this view, although the universe appears continuous at the macroscopic level,if we could peer down to the so-called Planck scale(distances of about 10-35 meters) we would discover that the universe is made up of elementary units or“atoms” of space-time.
According to superstring theory, at every point in our four-dimensional space, a 6-dimensional Calabi-Yau manifold is attached-so small that they're at the Planck scale, the subatomic scale at which quantum field theory breaks down and gravitational forces becomes erratic.
A remarkable feature of these theories is that the Universe may have more than the three dimensions of space that we actually observe,with the extra dimensions being compactified on the Planck scale(the distance of 10_33 cm at which quantum gravity effects become important), so that we do not notice them.
I look at the planck as a scale like a ruler.
Kostelecký's work hypothesizes possible asymmetries in the space-time at length scales of 10- 35 m,that is, the Planck length scale.
Quantum theory says that any scale smaller than the Planck length is unobservable and meaningless to physics and physicists.
The Planck time represents a rough time scale at which quantum gravitational effects are likely to become important.
The Planck time represents a rough time scale at which quantum gravitational effects are likely to become important.
In this case the Planck length would have no fundamental physical significance, and quantum gravitational effects would appear at other scales.