Examples of using Interferometer in English and their translations into Hebrew
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Foot Stellar Interferometer.
One interferometer called"Alice".
Foot Stellar Interferometer.
The telescopes canoperate together to form a single astronomical interferometer.
This beauty has an interferometer, which can convert the readings back into crystal-clear sound.
LIGO is the world's largest and most sensitive interferometer.
The transmittance function of a Fabry- Pérot interferometer is also referred to as the Airy Function:[5].
The instrument concept is based on the Michelson interferometer.
Together with its sister interferometer in Louisiana, these gravitational wave detectors continue to be upgraded and are now more sensitive than ever.
LIGO is the largest and most sensitive interferometer in the world.
During his time as a graduate student in the MIT lab of David Pritchard,he spearheaded a project that built the first atom interferometer.
LIGO, the Laser Interferometer Gravitational-Wave Observatory, is a collaborative project with over one thousand researchers from more than twenty countries.
Airy function" in the meaning of the Fabry-Pérot interferometer transmittance.
LIGO, which stands for the Laser Interferometer Gravitational-Wave Observatory, is a large-scale physics experiment aiming to directly detect gravitational waves.
The telescopes can work together, in groups of two or three,to form a giant interferometer.
The ESO Very Large Telescope Interferometer(VLTI) allows astronomers to see details up to 25 times finer than those seen with the individual telescopes.
For probe detection and image acquisition,the spectral imaging system consists of sagnac interferometer and a CCD camera.
To expand on the work of the 20 foot interferometer, Pease, Michelson and George E. Hale designed a 50-foot interferometer which was installed at Mount Wilson Observatory in 1929.
In 1919 the 100 inch Hooker telescope was equipped with a special attachment,a 20-foot optical astronomical interferometer developed by Albert A. Michelson and Francis G. Pease.
Many astronomers were surprised when the Laser Interferometer Gravitational-Wave Observatory, or LIGO, detected gravitational waves generated by the collision of two black holes, each 30 times more massive than the sun.
It successfully measured the diameter of Betelgeuse, but, other than beta Andromedae, could not measure any stars not already measured by the 20 foot interferometer.[17].
The Center for High Angular Resolution Astronomy(CHARA), built and operated by Georgia State University,is an interferometer formed from six 1 meter telescopes arranged along three axes with a maximum separation of 330 m.
It contains the Snow solar telescope completed in 1905, the 60 foot solar tower completed in 1908, the 150 foot solar tower completed in 1912, the CHARA array, built by Georgia State University,which became operational in 2004 and was the largest optical interferometer in the world at its completion.
The noteworthy improvement in the sharpness of the jetimages was achievable due to the Earth-to-Space Interferometer RadioAstron, which comprises a 10-meter orbiting radio telescope and a collection of around two dozen of the world's largest ground-based radio telescopes.
They were picked up on Earth by two incredibly sensitive detectors in Washington and Louisiana in the US,operated by the Laser Interferometer Gravitational-Wave Observatory(Ligo).
To expand on the work of the 20 foot interferometer, Pease, Michelson and George E. Hale designed a 50-foot interferometer which was installed at Mount Wilson Observatory in 1929. It successfully measured the diameter of Betelgeuse, but, other than beta Andromedae, could not measure any stars not already measured by the 20 foot interferometer.[17].
It also contains the Snow solar telescope completed in 1905, the 18 meter solar tower completed in 1908, the 46 meter solar tower completed in 1912, and the CHARA array, built by Georgia State University,which became fully operational in 2004 and was the largest optical interferometer in the world at its completion.
Mavalvala is best known for herwork on the detection of gravitational waves in the Laser Interferometer Gravitational-Wave Observatory(LIGO) project, but she has also obtained prominent results on other physics problems that evolved out of LIGO: for example, she has performed pioneering experiments on laser cooling of macroscopic objects and in the generation of squeezed quantum states of light.
In 1919 the Hooker telescope was equipped with a special attachment, a 6-meter optical astronomical interferometer developed by Albert A. Michelson, much larger than the one he had used to measure Jupiter's satellites. Michelson was able to use the equipment to determine the precise diameter of stars, such as Betelgeuse, the first time the size of a star had ever been measured. Henry Norris Russell developed his star classification system based on observations using the Hooker.
The Center for High Angular Resolution Astronomy(CHARA), built and operated by Georgia State University,is an interferometer formed from six 1 meter telescopes arranged along three axes with a maximum separation of 330 m. The light beams travel through vacuum pipes and are delayed and combined optically, requiring a building 100 meters long with movable mirrors on carts to keep the light in phase as the earth rotates. CHARA began scientific use in 2002 and"routine operations" in early 2004.