Telescope Images: Light Deflection & Alien Observation

In summary, the conversation on the subject of using a telescope to see a person on a planet in a different solar system discusses the potential impact of Einstein's General Relativity on our ability to observe aliens on distant planets. Specifically, the conversation explores how the deflection of light caused by massive objects in space could potentially obscure our view of these aliens, resulting in a distorted or unclear image.
  • #1
kos
14
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http://www.askamathematician.com/20...erson-on-a-planet-in-a-different-solar-system

My speculative question on the subject is in the sphere of Einstein General relativity applying to the problem.
So we all now know that when light passes close to some massive objects its path is slightly changed
from its original trajectory.That's called deflection. So How will this phenomena of light deflection due to ceaselessly
moving different kinds of masses of different objects like stars planets galaxies clusters et.c . THROUGH
spacetime continium constantly wraping its curvature in different manners eventually obscure our observation of aliens on their
remote distant planet via our future telescope networks as the paths of photons constructing the image
will follow the lines of this constantly changing wraped continium.My critical thinking shows that the result should be some kind of total mess rest from the original
image we pretend to observe shouldn't it ?
 
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  • #2
Please edit! After "deflection" it's quite garbled.
 

FAQ: Telescope Images: Light Deflection & Alien Observation

1. How do telescopes capture images of light deflection?

Telescopes use lenses or mirrors to collect and focus light from distant objects. When light passes through a lens or reflects off a mirror, it is bent or deflected, allowing the telescope to capture images of objects that would otherwise be too faint or distant to see with the naked eye.

2. What causes light to be deflected?

Light is deflected when it passes through a medium with a different density, such as air to glass or vacuum to space. The change in density causes the light's path to bend, allowing it to be captured and focused by a telescope.

3. Can telescopes detect and image alien activity?

Telescopes are capable of detecting and imaging distant objects, including potential signs of alien activity. However, the technology and methods for detecting and interpreting these signals are still being developed and refined by scientists.

4. How do scientists use telescope images to search for extraterrestrial life?

Telescope images are used by scientists to search for potential signs of extraterrestrial life, such as atmospheric compositions or unusual light patterns. These images are analyzed and interpreted using various scientific techniques to determine if there is evidence of alien activity.

5. What are some challenges in using telescope images for alien observation?

Some challenges in using telescope images for alien observation include the vast distances between Earth and potential alien civilizations, the limitations of current telescope technology, and the difficulty in distinguishing between natural phenomena and signs of extraterrestrial life. Additionally, the interpretation of telescope images may be subjective and require further investigation and analysis.

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