WAS IT ERIKSON'S DISCOVERIES MADE OR BENEFITS OF THE WORLD?
becasue scientist made a discovery of FMR
The non-optical telescope, primarily radio telescopes, were invented in the 1930s. One of the first and most notable radio telescopes was built by Karl Guthe Jansky in 1931.
There are telescopes used to detect radio waves and others to detect infrared radiation.
They don't. All earth bound telescopes, optical or not, must deal with a number of issues. But what do you mean by "better"? A radio telescope is better suited to pick up radio waves than an optical telescope, but an optical telescope is better for visible light. They each serve their purpose better than the other.
All types of lens that see parts of the electromagnetic spectrum other than light. E.g. infrared cameras
Radio telescopes do not detect visible light; instead, they observe radio waves emitted by astronomical objects. These telescopes use large antennas to capture and analyze the radio frequencies, allowing astronomers to study phenomena such as pulsars, quasars, and cosmic microwave background radiation. By focusing on non-visible wavelengths, radio telescopes provide a different perspective on the universe that complements data gathered from optical telescopes.
No. The Hubble Space Telescope is an optical telescope of the reflective type. A 'non optical' telescope would be one that works on different portions of the electromagnetic spectrum below or above the optical wavelengths.
light is must for optical microscope while is not necessary for nonn optical one
Optical measures visible light, Radio measures electromagnetic radiation in that part of the spectrum corresponding to radio waves. Same with X-ray telescopes and x-rays. Optical is the kind you look through.
See things that don't shine in the visible spectrum.
silicon is opaque
Visible light is a very narrow range of the electromagnetic spectrum. Even audible sound, at the very bottom, is part of this EM spectrum. Radio and other types of 'scopes are designed to 'see' these other ranges, often with surprising results. The space telescope employs more than visible light capabilities, as do many Earth and space-bound telescopes. Looking at Saturn in visible light is quite breath-taking, but in ultra-violet (UV) a remarkable geometric pattern is visible on one of its poles.