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Voyager 2 Is Back Again Online With NEW Images After 45 Years In Interstellar Space
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Voyager 2 Is Back Again Online With NEW Images After 45 Years In Interstellar Space
#NASA #voyager2 #space
Voyager 2 has been around for a long time now. An unmanned explorer spacecraft is headed out into the expanse of space to gather information about our cosmos. The data-gathering spacecraft began its journey on August 20, 1977, when it was sent into space from Cape Canaveral in Florida. To this day, it is continuously sending information to Earth. The purpose of the Voyager 2 mission was to investigate the furthest reaches of our solar system. During its journey, the spacecraft visited Jupiter, Saturn, Uranus, and Neptune, where it conducted in-depth observations of each planet. Even now, Voyager 2 is still traveling through space and as each day passes, it gets further and farther away from planet earth. It is currently located somewhere in the depths of interstellar space, around 11 billion miles distant from our home planet. Because of this distance, it takes a significant amount of work to stay in communication with Voyager 2.
If you like this video; Like, share, comment and subscribe. This means a lot to us!
Thanks for watching our video; Voyager 2 Is Back Again Online With NEW Images After 45 Years In Interstellar Space
Even if radio waves traveled at the speed of light, it would take an extremely long time for a signal to travel from Voyager 2 to Earth and back again. However, Voyager 2 has now been brought back online. "How?" you may be wondering. Following improvements to one of the antennas in NASA's deep space network in 2020, Voyager 2 was able to contact NASA.
The DSN or the Deep Space Network is made up of a network of large antennas located all over the world. Madrid, Spain; Goldstone, California; and Canberra, Australia are locations where the network has antennas. All spacecraft in the line of sight can broadcast and receive signals at any moment.
Despite its extensive coverage, the DSN voyager 2 is challenging to keep up with. In 1989, during a flyby with Neptune's moon Triton, the space probe was diverted to the south and as a result, it is no longer in line of sight with the antennas at Goldstone and Madrid. The sole antenna capable of communicating with Voyager 2 is Deep Space Station 43 (DSS 43) in Canberra.
To better communicate with Voyager 2, the DSS-43 antenna underwent a comprehensive upgrade and repair procedure. In addition, the DSS-43 transceivers haven't been upgraded in 47 years, so they're in desperate need of a "promotion."
Even though the antenna was fixed, Voyager 2 continued sending scientific data back to Earth, and NASA could hear the transmissions. But without DSS-43, they could not relay instructions to the Voyager 2 spacecraft. Using an improved DS-43, Earth may once again communicate with the Voyager 2 mission.
However, due to the immense distance between Earth and the space probe, Earth would take 17 hours to send orders to Voyager 2. As a result, Earth would take 17 hours to send instructions to Voyager 2 and another 17 hours for Voyager 2 to broadcast a response back to Earth. That's a round journey for radio signals that takes 34 hours, equivalent to nearly a day and a half.
Where in deep space is Voyager 2 now?
The space probe, which is already 44 years old, operates in an area known as interstellar space. To put it another way, it's somewhere in our galaxy between the sun and other stars. To be more exact, the space probe has penetrated what is known as the heliosphere, which is a bubble of plasma generated by the solar winds. The heliosphere shields the solar system from the harmful effects of radiation and other stellar objects.
There are a lot of cosmic rays in interstellar space because of exploding stars that create a lot of radiation. Those rays can't get into our solar system because of the heliosphere. Now, exactly where is the heliosphere located? As a matter of fact, the heliosphere extends somewhat beyond the solar system, which means that Voyager 2 has, in all practical terms, already left the solar system. In other words, it has stepped into the unknown.
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#NASA #voyager2 #space
Voyager 2 has been around for a long time now. An unmanned explorer spacecraft is headed out into the expanse of space to gather information about our cosmos. The data-gathering spacecraft began its journey on August 20, 1977, when it was sent into space from Cape Canaveral in Florida. To this day, it is continuously sending information to Earth. The purpose of the Voyager 2 mission was to investigate the furthest reaches of our solar system. During its journey, the spacecraft visited Jupiter, Saturn, Uranus, and Neptune, where it conducted in-depth observations of each planet. Even now, Voyager 2 is still traveling through space and as each day passes, it gets further and farther away from planet earth. It is currently located somewhere in the depths of interstellar space, around 11 billion miles distant from our home planet. Because of this distance, it takes a significant amount of work to stay in communication with Voyager 2.
If you like this video; Like, share, comment and subscribe. This means a lot to us!
Thanks for watching our video; Voyager 2 Is Back Again Online With NEW Images After 45 Years In Interstellar Space
Even if radio waves traveled at the speed of light, it would take an extremely long time for a signal to travel from Voyager 2 to Earth and back again. However, Voyager 2 has now been brought back online. "How?" you may be wondering. Following improvements to one of the antennas in NASA's deep space network in 2020, Voyager 2 was able to contact NASA.
The DSN or the Deep Space Network is made up of a network of large antennas located all over the world. Madrid, Spain; Goldstone, California; and Canberra, Australia are locations where the network has antennas. All spacecraft in the line of sight can broadcast and receive signals at any moment.
Despite its extensive coverage, the DSN voyager 2 is challenging to keep up with. In 1989, during a flyby with Neptune's moon Triton, the space probe was diverted to the south and as a result, it is no longer in line of sight with the antennas at Goldstone and Madrid. The sole antenna capable of communicating with Voyager 2 is Deep Space Station 43 (DSS 43) in Canberra.
To better communicate with Voyager 2, the DSS-43 antenna underwent a comprehensive upgrade and repair procedure. In addition, the DSS-43 transceivers haven't been upgraded in 47 years, so they're in desperate need of a "promotion."
Even though the antenna was fixed, Voyager 2 continued sending scientific data back to Earth, and NASA could hear the transmissions. But without DSS-43, they could not relay instructions to the Voyager 2 spacecraft. Using an improved DS-43, Earth may once again communicate with the Voyager 2 mission.
However, due to the immense distance between Earth and the space probe, Earth would take 17 hours to send orders to Voyager 2. As a result, Earth would take 17 hours to send instructions to Voyager 2 and another 17 hours for Voyager 2 to broadcast a response back to Earth. That's a round journey for radio signals that takes 34 hours, equivalent to nearly a day and a half.
Where in deep space is Voyager 2 now?
The space probe, which is already 44 years old, operates in an area known as interstellar space. To put it another way, it's somewhere in our galaxy between the sun and other stars. To be more exact, the space probe has penetrated what is known as the heliosphere, which is a bubble of plasma generated by the solar winds. The heliosphere shields the solar system from the harmful effects of radiation and other stellar objects.
There are a lot of cosmic rays in interstellar space because of exploding stars that create a lot of radiation. Those rays can't get into our solar system because of the heliosphere. Now, exactly where is the heliosphere located? As a matter of fact, the heliosphere extends somewhat beyond the solar system, which means that Voyager 2 has, in all practical terms, already left the solar system. In other words, it has stepped into the unknown.
Keywords Used;
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