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bothnicum
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How deep in space can current radars reach?
Originally posted by Nereid
No better than taking a picture now and developing the film tomorrow!
Not that I'm aware of.Originally posted by bothnicum
Question 1: Are there any evidence of toroidal shape of a black hole?
Radars in space work by transmitting radio waves towards a target object, which then reflects the waves back to the radar. The radar then measures the time and strength of the reflected waves to determine the distance and characteristics of the object.
The maximum distance a radar can reach in space depends on various factors such as the power of the radar, the sensitivity of the receiver, and the atmospheric conditions. However, with current technology, radars can reach distances of up to 22 billion kilometers.
Yes, radars can detect objects in deep space. In fact, radars have been used to detect and track objects in our solar system, such as planets, moons, and asteroids. They have also been used to study distant objects in our galaxy and beyond.
Radars in space can be very accurate, with some being able to measure distances within a few centimeters. However, the accuracy also depends on various factors such as the size and speed of the object being detected, as well as the precision of the radar equipment.
One of the main limitations of using radars in space is the speed of light, which limits the distance that can be reached and the time it takes for the radar waves to travel and return. Additionally, radars can only detect objects that reflect radio waves, so they may not be able to detect objects that are small or have a low reflectivity. Lastly, atmospheric conditions and interference from other sources can also affect the accuracy and range of radars in space.