Примери за използване на Gravitational wave на Английски и техните преводи на Български
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No one actually saw a gravitational wave.
A gravitational wave is really just what it sounds like.
But none were able to snare a gravitational wave.
Gravitational wave is pretty much like a sound wave. .
But no one had ever directly detected a gravitational wave.
Gravitational wave proof was found on September 2015.
The only problem is that nobody has seen a gravitational wave.
This is the gravitational wave measured by the LIGO detectors.
We may have detected a new kind of gravitational wave.
China to set up gravitational wave telescopes in Tibet» Next.
For the second time, scientists have detected a gravitational wave.
There are plans to put a gravitational wave detector in space.
A gravitational wave is a ripple in the shape of space and time.
Nevertheless, nobody has spotted a gravitational wave directly.
Gravitational wave mystery could be a sign of a new kind of black hole.
Million Breakthrough Prize goes to gravitational wave researchers.
However, the gravitational wave is a direct testimony to disturbances in Space itself.
So let me take a moment to tell you what I mean by a gravitational wave.
Stretching of spacetime by a gravitational wave/ Image courtesy of Wikicommons.
Any type of mass in motion, big orsmall… generates a gravitational wave.
The gravitational wave compresses space in one direction and stretches it in another.
Nobel Prize in Physics goes to gravitational wave scientists.
The merger occurred more than one billionlight years from Earth, converting three times the mass of the sun into gravitational wave energy.
Scientists have been searching for the elusive gravitational wave for more than half a century.
This burst of gravitational waves can be used as a'standard siren': based on the shape of the gravitational wave signal, we can tell how'bright' the event should have been in gravitational waves. .
This recording is noise picked up by a gravitational wave detector.
The very first detection of a gravitational wave, as announced in February 2016 showed that my prediction was correct.
This is LIGO, the Laser Interferometer Gravitational Wave Observatory.
Scientists realised that a burst of gravitational waves can be used as a‘standard siren': based on the shape of the gravitational wave signal, we can tell how‘bright' the event should have been in gravitational waves. .
That's the new unexplored window of astrophysics, gravitational wave astronomy.