A special telescope that is used to study the Sun's corona is called a coronograph.
telescope
Modern people use advanced telescopes such as the Hubble Space Telescope, the Chandra X-ray Observatory, and the James Webb Space Telescope to study objects in space in greater detail than was possible in the past. These telescopes allow for high-resolution imaging across various wavelengths of light, enabling scientists to uncover new insights about the universe.
The telescope magnifies the image of an object, allowing us to see it in greater detail.
That instrument is called a radio telescope. It collects and concentrates radio waves emitted by celestial objects in space, allowing scientists to study the universe beyond what is visible to the human eye.
Launched on April 24th 1990 the purpose of the Hubble space telescope is so astronauts and astronomers and even the public can discover new images of our Galaxy and other Galaxy's and other planets
normally they can look at it through a huge telescope or they send a special type of camera into space
Radio Telescope Apex
telescope,spectroscope
There are a number of ground instruments and satellites used to study the sun. To study the interior of the sun, scientists study sound waves vibrating inside of it. The photosphere, chromosphere, and corona, are all observed using special telescopes to detect the corresponding rays coming from each section.
the corona ________________________ Which isn't exactly true, or at least, not any longer. The spooky, glowing halo around the Sun during a total eclipse seems bright only in comparison to the blackness of space; compared to the brilliance of the Sun itself, the corona is almost nothing. But because scientists wanted to study the solar corona and solar eclipses are very short and happen at difficult-to-get-to locations, they wanted a way to create an artificial eclipse so they could study it all the time. This was the inspiration for the coronagraph, a special telescope that blots out the disk of the Sun itself and allows astronomers to examine the corona whenever they like.
It's not as important as it once was. There was a time when the only time scientist could study the sun's corona was during a total eclipse of the sun. With today's modern technology, scientists can study the solar corona by creating a solar eclipse with their telescopes.
Astronomer's are people (scientists) who study celestial bodies. So by profession an astronomer uses a telescope and not a microscope.
During a solar eclipse, scientists can study the Sun's atmosphere, called the corona, which is typically too dim to see against the brightness of the Sun. They can also observe the Sun's outer layers and its magnetic fields more clearly. Additionally, researchers can investigate how the Earth's atmosphere and wildlife respond to changes in light and temperature during an eclipse.
because they're so small.
Scientists use X-rays to analyze organic and inorganic sample in a laboratory. Scientists can also utilize X-rays to study the sun's corona and investigate objects in the solar system.
Scientists typically use optical telescopes to observe and study celestial objects and phenomena in the universe. These telescopes gather and focus light to create detailed images of distant objects, helping scientists to learn more about the universe.
the corona(one of the layers of the sun's atmosphere) of the sun becomes visible, which enables scientists to study it and gain a better understanding of the sun