Примери за използване на Microwave background на Английски и техните преводи на Български
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Cosmic Microwave Background.
So the way we are searching for this gravitational wave signal is to study the microwave background.
When we look at the microwave background, we're looking out in space, back in time.
These irregularities would produce small variations in the intensity of the microwave background from different directions.
The microwave background has been observed by the Map satellite, and was found to have exactly the kind of variations predicted.
The fluctuations in the microwave background.
We have shown that it can fit all of the data that we have about the formation of galaxies,the fluctuations in the microwave background.
The accidental discovery of cosmic microwave background radiation earned the two radio engineers the Nobel prize for Physics.
It would leave an impact, it would leave a bruise,a disc in the sky on the microwave background radiation that we could look for.
When we look at this microwave background, we see that it has pretty much the same properties, you know, one end of the sky to the other.
The researchers recognised this after gathering andanalysing masses amounts of data of cosmic microwave background radiation.
In particular he wants to know why is the temperature of the microwave background radiation is so nearly the same when we look in different directions?
Cosmic microwave background- also known as the CMB- this radiation is a primordial leftover from the Big Bang that birthed the universe.
The title of Detection Of B-Mode Polarisation In Cosmic Microwave Background, with that title, you wouldn't think it would generate much interest.
These perturbations and has fixed telescopes that help scientists build a picture of the background radiation or cosmic microwave background radiation.
The discovery of the microwave background radiation, regarded as evidence for the Big Bang theory, was made through radio astronomy.
For instance, no evidence for lots of antimatter shows up in the so-called cosmic microwave background- heat left over from the Big Bang, the birth of the universe.
The researchers posited that the earliest stars likely changed the universe's background electromagnetic radiation,also known as cosmic microwave background(CMB).
Using the cluster catalog andWMAP's three-year view of the microwave background, the astronomers detected bulk cluster motions of nearly 2 million miles per hour.
O n June 30, 2001,NASA launched the Wilkinson Microwave Anisotropy Probe(WMAP), a satellite that has since been used to map cosmic microwave background(CMB) radiation.
Cosmologists view the microwave background- a flash of light emitted 380,000 years after the big bang- as the universe's ultimate reference frame.
The researchers assumed that the earliest stars likely changed the universe's background in concern with the electromagnetic radiation,that is also known as cosmic microwave background(CMB).
It was tasked to register not only the microwave background radiation(CMB), but also to search inside it forТ/Т type fluctuations, where Т represents the temperature of this radiation.
I was amazed when I saw the results come in from those satellites that reproduced all the bumps and wiggles andall the detailed properties of that microwave background that inflation had predicted.
Cosmologists regard the microwave background- a flash of light emitted 380,000 years after the universe formed- as the ultimate cosmic reference frame.
However, I and several other people showed that, at least in its original form, it predicted much greater variations in the temperature of the microwave background radiation than are observed.
Scientists created the most accurate map of the microwave background, the so-called cosmic microwave background radiation, which has remained since the inception of our universe.
Astronomers have known about superclusters… since the 1950s… but now they have determined their origin… through recent measurements… ofthe cosmic microwave background… which is actual radiation left overfrom the Big Bang.
Scientists created the most accurate map of the microwave background, the so-called cosmic microwave background radiation, which has remained since the inception of our universe.
This model has all the advantages of the earlier inflationary models, but it does not depend ona dubious phase transition, and it can moreover give a reasonable size for the fluctuations in the temperature of the microwave background that agrees with observation.