Extremely Large Telescope
Discussion
No accounting for calling a spade a spade.
http://www.eso.org/public/news/eso1419/
https://www.eso.org/public/teles-instr/e-elt/
https://www.eso.org/public/teles-instr/e-elt/e-elt...
http://www.eso.org/public/news/eso1419/
https://www.eso.org/public/teles-instr/e-elt/
ESO said:
Dubbed E-ELT for European Extremely Large Telescope, this revolutionary new ground-based telescope concept will have a 39-metre main mirror and will be the largest optical/near-infrared telescope in the world: “the world’s biggest eye on the sky”.
Andhttps://www.eso.org/public/teles-instr/e-elt/e-elt...
ELT concept link above said:
The present core concept is for a telescope with a mirror 39 metres in diameter, covering a field on the sky about a tenth the size of the full Moon. The mirror design itself is revolutionary and is based on a novel five-mirror scheme that results in an exceptional image quality. The primary mirror consists of almost 800 segments, each 1.4 metres wide, but only 50 mm thick. The optical design calls for an immense secondary mirror 4.2 metres in diameter, bigger than the primary mirrors of any of ESO's telescopes at La Silla.
Adaptive mirrors are incorporated into the optics of the telescope to compensate for the fuzziness in the stellar images introduced by atmospheric turbulence. One of these mirrors is supported by more than 6000 actuators that can distort its shape a thousand times per second.
The telescope will have several science instruments. It will be possible to switch from one instrument to another within minutes. The telescope and dome will also be able to change positions on the sky and start a new observation in a very short time.
The ability to observe over a wide range of wavelengths from the optical to mid-infrared will allow scientists to exploit the telescope's size to the fullest extent.
Chuffin el. Hate to have the job with the Windoline and a J cloth.Adaptive mirrors are incorporated into the optics of the telescope to compensate for the fuzziness in the stellar images introduced by atmospheric turbulence. One of these mirrors is supported by more than 6000 actuators that can distort its shape a thousand times per second.
The telescope will have several science instruments. It will be possible to switch from one instrument to another within minutes. The telescope and dome will also be able to change positions on the sky and start a new observation in a very short time.
The ability to observe over a wide range of wavelengths from the optical to mid-infrared will allow scientists to exploit the telescope's size to the fullest extent.
Halmyre said:
Needs a bit more imagination with the names! What's next, the "Even Larger Telescope"? The "Fck Me That's A Big Telescope"? Surely there's plenty of astronomers out there in desperate need of commemoration?
I think it's a bit of an in-joke in the astronomy world, in the US they have the Very Large Array and Very Long Baseline Array too.FunkyNige said:
Halmyre said:
Needs a bit more imagination with the names! What's next, the "Even Larger Telescope"? The "Fck Me That's A Big Telescope"? Surely there's plenty of astronomers out there in desperate need of commemoration?
I think it's a bit of an in-joke in the astronomy world, in the US they have the Very Large Array and Very Long Baseline Array too.annodomini2 said:
FunkyNige said:
Halmyre said:
Needs a bit more imagination with the names! What's next, the "Even Larger Telescope"? The "Fck Me That's A Big Telescope"? Surely there's plenty of astronomers out there in desperate need of commemoration?
I think it's a bit of an in-joke in the astronomy world, in the US they have the Very Large Array and Very Long Baseline Array too.Travelling Wave Aperture Telescope
(there is actually a device called a travelling wave tube that's used to generate RF for radar systems)
Chromatically Uniform Nanometric Telescope
Massive Observable Telelscope Heterodyne Emissive Radiation Faraday Ultra Coherent Kryptonite Earth Resource
(there is actually a device called a travelling wave tube that's used to generate RF for radar systems)
Chromatically Uniform Nanometric Telescope
Massive Observable Telelscope Heterodyne Emissive Radiation Faraday Ultra Coherent Kryptonite Earth Resource
Halmyre said:
Travelling Wave Aperture Telescope
(there is actually a device called a travelling wave tube that's used to generate RF for radar systems)
Or not..... TWT,s in common parlance, add an a and they are known as something else. Basically a big valve, also used for getting your tv to your tv.(there is actually a device called a travelling wave tube that's used to generate RF for radar systems)
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