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Fluctuations in sentence

224 examples of Fluctuations in a sentence

The energy of empty space brings to life quantum fluctuations.
And so even though the universe will last forever, and ordinary matter and radiation will dilute away, there will always be some radiation, some thermal fluctuations, even in empty space.
But if you're Boltzmann, you know that if you wait long enough, the random fluctuations of those molecules will occasionally bring them into lower entropy configurations.
So if you imagine a very, very big universe, an infinitely big universe, with randomly bumping into each other particles, there will occasionally be small fluctuations in the lower entropy states, and then they relax back.
But there will also be large fluctuations.
And the predictions are that the fluctuations that make us are minimal.
However, you notice, since empty space gives off radiation, there's actually thermal fluctuations, and it cycles around all the different possible combinations of the degrees of freedom that exist in empty space.
There it is: after some little fluctuations at the beginning, when companies are innovating, they scale beautifully.
So we can see these small yet detectable voltage fluctuations over time.
And you do get to the point where there's some wild fluctuations with Bitcoin.
Such periods of hormonal change are also associated with fluctuations in mood.
With so little energy, they’re incredibly sensitive to fluctuations in the environment.
They’re also useful for the study of atomic and subatomic phenomena, which requires measuring incredibly tiny fluctuations in the energy of atoms.
Patterns from predicting the weather to the fluctuations in the stock market, to the movement of the planets or the growth of cities.
There's a general assumption that fluctuations in reproductive hormones cause extreme emotions and that the great majority of women are affected by this.
We've shown that it can fit all of the data that we have about the formation of galaxies, the fluctuations in the microwave background.
The inflationary model describes a brief era of incredibly rapid expansion that relates quantum fluctuations in the energy of the early universe, to the formation of clumps of gas that eventually led to galaxies.
This means we have a principal mechanism in place to receive information from the light and by the solar cell, because the fluctuations of the energy harvested correspond to the data transmitted.
That's where traditional power plants come in because to correct for any fluctuations in these solar powered plants, extra electricity from traditional sources always needs to be available.
Instead, to accommodate these fluctuations, some extra electricity from traditional power plants is always being produced.
Hawking radiation, as it came to be known, is based on a well-established phenomenon called quantum fluctuations of the vacuum.
These fluctuations are driven by the continuous creation and destruction of virtual particle pairs, which consist of a particle and its oppositely charged antiparticle.
And then you put in some randomness, some fluctuations and some randomness, and realize a whole bunch of different representations.
It started with tiny quantum mechanical fluctuations, but expanding at a tremendous rate.
And those fluctuations were stretched to astronomical sizes, and those fluctuations eventually are the things we see in the cosmic microwave background.
And then we needed some way to turn those fluctuations into galaxies and clusters of galaxies and make these kinds of structures go on.
So you start out with teeny fluctuations when the universe was at this point, now four times smaller, and so forth.
The fluctuations are a part in 100,000.
Quantum states are incredibly fragile, easily destroyed by temperature and pressure fluctuations, stray electromagnetic fields, and collisions with nearby particles.
Fluctuations in inflation and interest rates can give us insight into the health of the economy, but what causes these fluctuations in the first place?
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