How Can the Hubble Space Telescope See So Far Into Space?
There are some fundamental differences between the Hubble and other telescopes in how far they can see. The Hubble’s primary mirror is relatively large compared to the Webb’s, which will be more powerful by 100 times. The curved mirrors of reflecting telescopes are what allow them to focus more light, allowing them to see farther objects. While both telescopes have their limits, the Hubble has exceeded those limits.
Small telescopes have a limited range of angular resolution. The Hubble is so distant from Earth that the stars it observes appear as dots, whereas the Hubble can see thousands of light years away. In addition, because it’s 540 kilometers away from Earth, the Hubble does not have to deal with the turbulent atmosphere of the planet, which contains molecules that prevent some wavelengths of light from reaching the Earth’s surface.
The Hubble Space Telescope is able to see so far into space because it’s so high in the air. The Earth’s atmosphere interferes with starlight, making it blurry. It can also see in wavelengths that are blocked by Earth’s atmosphere, including ultraviolet light. Unfortunately, Hubble had to endure some issues in its early years, due to its faulty measuring device.
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One major limitation of the Hubble is that it is relatively small, resulting in a very narrow field of view. However, this is still much smaller than Hubble’s field of view, and it can see objects that were too distant to be observed in the past. The Hubble Space Telescope has achieved the impossible, but it is far from a perfect instrument. The Hubble is one of the most advanced telescopes ever created.
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