Hubble Space Telescope

As far as we know, the farthest that human beings have gone from the earth's surface has been in the Apollo command modules that orbited around the far side of the moon. Give them credit for maybe a quarter million miles from earth ... 250,000 miles. -- about 1 percent of the distance to Venus when it's closest to earth; -- about 1/2 percent of the distance to Mars when it's closest to earth; -- about 1/4 percent of the distance to the sun.

No. The Hubble Space Telescope was built on Earth and launched into space. It is about the size of a bus.

Mercury orbits very close to the Sun and looking near to the Sun could damage the telescope.

Otherwise it won't remain pointed at the same spot in space any longer.

Edwin Hubble started his work at the University of Chicago, but he also spent some time a Oxford in England. He also founded the Mount Wilson Observatory in California and worked at the Mount Palomar Observatories, also in California.

Impossible to answer !... The Hubble Space Telescope is not located at a fixed point (geo-stationary orbit). It orbits the earth once every 95 minutes (approx) - at an inclination of 28.5 degrees. Therefore - although its position relative to the equator is fixed - it travels across the visible sky.

hubble telescope

The Hubble Space Telescope was launched in the cargo bay of a Space Shuttle that took off from the Kennedy Space Center in Florida, US.

There are a few reasons. When you watch the stars at night, you’ve seen how they twinkle. This is because of atmospheric distortion, and that really hampers the ability of telescopes on Earth to get clear images. Since the Hubble is above the atmosphere, it isn’t affected by atmospheric distortion - for Hubble, the stars don’t twinkle.

Another reason is that Hubble doesn’t have to contend with light pollution. Telescopes are places in areas where they sky is affected as little as possible by light, but there’s always some light.

Another is that Hubble can take very long exposures. Telescopes on Earth are limited to observations at night, but Hubble can take very long exposures, and can observe an object indefinitely.

The Hubble telescope traveled to space aboard the Space Shuttle Discovery on April 24, 1990, on mission STS-31. There were four subsequent shuttle servicing missions, the last by STS-125 on May 13-19, 2009.

Hubble Deep Field was created in 1995.

The Hubble Space Telescope is a space telescope that was carried into orbit by a Space Shuttle in 1990 and remains in operation. Although it has taken photos from other galaxies, it does not have the capability of capturing a single image of 100 billion galaxies on one photo.

Hubble Deep Field South was created in 1998.

The characteristics of the space hubble is that it makes use of the telescope.

The Hubble Space Telescope initially faced issues with its primary mirror, which was ground incorrectly, leading to blurred images. This flaw was discovered shortly after its launch in 1990, prompting a servicing mission in 1993 that involved astronauts installing corrective optics. Subsequent servicing missions addressed various technical issues, but the mirror problem was the most significant setback in its early years. Despite these challenges, Hubble has since provided invaluable data and stunning images, becoming one of the most important astronomical tools.

As big an error as it was for imaging, the actual flaw was only about the thickness of a human hair.

The Hubble space telescope orbits the Earth at a speed of approximately 4.7 miles per second, or 282 miles per hour.

To view pictures taken by the Hubble Telescope you can go to Hubble Site, Space Latest Views, Space Telescope, NASA, Discovery Channel and National Geographic.

The Hubble Telescope is a space telescope which is approximately 559 kilometers away from the surface of the earth in a "low earth orbit" which indicates that it is orbiting under 200 kilometers.

Virtually every modern imaging device used today, be it medical imaging, digital cameras, solid-state drives, Lithium-Ion batteries, and many other technological advancements owes its existence to technology created or further developed for HST. Life as we know it today would not be the same without the technology created for HST's experiments, operational systems, imaging systems, repair tools, materials/mechanical/electronics engineering, etc.

That's in addition to what we've also learned about our own planet, solar system, galaxy, the existence of other planets, etc. 6 billion is actually pocket change compared to budgets for other technological systems that give nowhere near the ROI that HST does.

The Hubble Space Telescope was put into the orbit in 1990 and is still there up until today. It already had to be repaired five times and is expected to stay in the orbit until at least 2013.

The Hubble telescope is housed in an artificial satellite that is 13.2 m (43 ft) long, the primary mirror has a diameter of 2.4 m (7.9 ft) and has a collecting area of 4.5 m2 (48 sq ft).

The Hubble Space Telescope (HST) gives us a much clearer view of the universe as it looked just after the Big Bang than any earth based telescope can. The HST orbits above the earth's atmosphere, which scatters light and blurrs details. With it, astronomers can see stars forming, which shows us how our own Solar System formed. While many people may not care about such things, it is important to know because one day the earth will be too small for it's human inhabitants. in order for us to survive as a specie, we will have to find another place to live. The universe is filled with inhabitable planets such as the earth. While it may seem far fetched to send humans out of the Solar System to a new home on another planet, it wasn't that long ago when space travel itself seemed impossible. As we develop new propulsion systems and a means to grow food and recycle water in space, long distance space travel will become as routine as a trip to the International Space Station is today.

it was made with metal and other materials!