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Why How Hubble Space Telescope Pictures Getting Better? (Question)

What is it about Hubble’s vision that allows it to be so much superior than Earth-based telescopes? Due to the fact that it is above the Earth’s atmosphere. The atmosphere interferes with the starlight (similar to gazing through water) and causes the visuals to become blurry. As a result, Hubble’s photographs are far crisper than those obtained by other telescopes.

  • Due to the fact that it is above the Earth’s atmosphere. The atmosphere interferes with the starlight (similar to gazing through water) and causes the visuals to become blurry. As a result, Hubble’s photographs are far crisper than those obtained by other telescopes. At addition, Hubble has the ability to observe in ultraviolet wavelengths that are otherwise obscured by the Earth’s atmosphere.

Why does the Hubble telescope take better pictures?

The atmosphere of the Earth changes throughout time, obstructing part of the light that arrives from space. Hubble travels around the Earth and its atmosphere in an orbit that is high above the surface of the planet. As a result, Hubble can view farther into space than any other telescope on Earth. The images are then sent back to Earth by Hubble using radio waves traveling through the atmosphere.

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How did they fix the Hubble telescope for better viewing from Earth?

NASA despatched astronauts on the space shuttle Endeavour to the International Space Station to manually repair the telescope. After five space walks, the astronauts were able to finish the repairs. In order to rectify the passage to the sensors, they placed a system with ten tiny mirrors that intercepted the light from the major mirror and adjusted the channel.

Why does the Hubble space telescope produce better images than most observatories?

Space-based telescopes, such as the Hubble Space Telescope, provide a considerably sharper perspective of the cosmos than most of their ground-based equivalents, according to NASA. Ground-based telescopes are unable to get the same results because the Earth’s atmosphere absorbs a large portion of the infrared and ultraviolet light that flows through it.

Why is the Hubble space telescope so successful?

The level of detail in Hubble’s photographs has been critical to the mission’s continued success. It has allowed scientists to observe the changing weather and aurora on other planets, quantify the gravitational deflection of light caused by dark matter, peek into stellar nurseries, and observe planets orbiting other stars in unprecedented detail.

Are Hubble telescope pictures real?

TLDR: Yes, the Hubble Space Telescope photos are real. This series of blogs is devoted to the examination of Hubble space telescope photography, as well as a more general discussion of the reliability of astronomical imagery.

Why can’t Hubble take pictures of the moon?

The images of the moon taken by Hubble, on the other hand, mark the first time that scientists have utilized the telescope to help human space travel. The use of ground-based telescopes to examine the lunar surface is prohibited because ultraviolet light is blocked by gases in the Earth’s atmosphere, making it impossible to do so.

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Did NASA fix Hubble?

After nearly five weeks of science activities being suspended, NASA was able to repair the Hubble Space Telescope. Hubble was forced to switch to backup hardware in order to rectify the inexplicable fault that had brought it down. The issue was most likely caused by Hubble’s advanced age.

What did we do about the Hubble Space Telescope flaw?

The end product was a mirror with an aberration one-fiftyth the thickness of a human hair, which was created during the grinding process. Because it was not possible to replace the mirror, the best answer was to design new tools that corrected the fault in the same way that a pair of glasses corrects the eyesight of a nearsighted person’s vision.

What did the Hubble telescope discover?

Edwin Hubble, an American astronomer, was honored by having his telescope named after him. Hubble, who was born in 1889, made the breakthrough discovery that many objects previously assumed to be clouds of dust and gas and categorized as nebulae were actually galaxies beyond the Milky Way galaxy.

Why do space telescopes obtain clearer images than earth based telescopes?

Because the Hubble Space Telescope is positioned in space, the Earth’s atmosphere has no effect on the light emitted by the objects at which the telescope is pointed. Because of the lack of interference, it is able to provide images that are clearer than those obtained by ground-based telescopes with far bigger mirrors.

What are the advantages of a CCD over a photograph?

Comparing CCDs to photographic plates, there are two significant advantages: the capacity to directly record photons with an efficiency of 80–90 percent and the ability to store data in an electronic format. A computer can then be used to process the information that has been saved.

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Why is it better to place telescopes on a satellite in space rather than placing them on the ground?

It is primarily for this reason why we send telescopes into space: to get around the Earth’s atmosphere and so acquire a sharper picture of the planets, stars, and galaxies that we are investigating. Our atmosphere works as a protective blanket, allowing only some wavelengths of light to get through while blocking others. The majority of the time, this is a positive development.

Why are some images from the Hubble telescope reflections of the distant past?

When telescopes see the light from distant galaxies, they are not actually peering back in time, according to the strictest definition. Because the past no longer exists, no one can look back on it directly. Instead, the telescopes are looking at the pattern of a beam of light at the present moment in time.

Why was the telescope such an advancement for the study of space?

Telescopes have provided us with a new perspective on the cosmos. Early telescopes revealed that the Earth was not in the center of the cosmos, as had previously been assumed by the scientific community. Mountain ranges and craters were also shown on the moon. Telescopes have also aided us in our understanding of the light emitted by the sun and other celestial bodies.

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