But Voyager 2 is so far away from Earth that, imagine, a command from Earth takes 13 hours to reach this probe, so the information isn't always as accurate as it should be. Until late last year, when the probe may have encountered an abnormal problem, there was speculation that aliens might have been able to locate the Voyager 2 probe and reprogram it to interfere with communications between it and Earth. But the most plausible scenario is that something went wrong with the Voyagers' programming, and the alien theory is definitely a theory that will likely be debated for a long time. Why? Because it involves something that people have been looking for, it goes beyond mere hypothesis, but if there are aliens out there, they won't simply mess with machine Settings.
On the other hand, these Voyagers are still exploring the farthest reaches of the solar system. Despite their different orientations, the two spacecraft still have a lot of work to do. As Voyager 1 leaves our solar system at 3.6 AU per year, the direction of the sun's velocity relative to its neighboring star is where the Sun peaks. Voyager 2, on the other hand, is also leaving the solar system at a rate of about 3.3 AU per year. The interstellar voyage of Voyager 2 has provided us with information about events at the edge of the solar system, not only revealing totally new things to us, but also breaking down some of our preconceived notions about the boundary. However, understanding how the sun works is crucial to understanding the latest results from Voyager 2.
The solar wind and interstellar medium don't mix like oil and water together completely, so the solar wind layer, the sun is called an interstellar medium of bubbles, the bubbles have a leading edge, about 18 billion kilometers from the sun, according to the data of two travelers, all eight planets of the sun and a huge part of extrasolar planets are surrounded by it, The heliosphere acts as a shield, protecting everything inside from most of the highest energy radiation in the universe. Without it, human DNA would be altered. However, the heliosphere has an outer edge, called the heliopause, which is where interstellar space begins from now on.
The Voyager probes have been in close contact with NASA since they were launched 45 years ago, and according to the mission crew, communication with the spacecraft will continue until something goes wrong or the power runs out. Both probes should be able to maintain at least one scientific instrument in operation until 2025, after which the distance between them exceeds the signal range of the probes, at which point it will be time to say goodbye for good.
Voyager 1 Hears Rare Strange Sound 14 billion kilometers away!
As is known to all, the "traveler" mission to reveal current information about and beyond our solar system, including both shocking and confusing, because there are numerous mysteries in space, and the "traveler" spacecraft solving the huge puzzle is no longer the news every day, they are faster and faster to reveal the mysteries of the universe. The Voyager probes have explored the farthest reaches of space and revealed numerous things that were previously unknown to mankind!39bet-xì dách-phỏm miền bắc-tiến lên miền bắc-xóc đĩa-game bắn cá
Even though the Voyager spacecraft was launched decades ago, it continues to make incredible discoveries. In August 1977, an essential step was taken to advance space exploration with the launch of Voyager 1 and 2 into orbit. Even after 45 years, they are still in operation and have different projected trajectories. Voyager 1 was designed to take pictures of Saturn's rings and its largest moon, Titan, while Voyager 2 was sent on a bigger mission. It was launched farther into space to observe planets that are close to us and the space between. Miraculously, both have been in orbit for 45 years, with an estimated lifetime of about five years, and don't seem to be over yet. But oddly enough, Voyager 1 heard a rare sound 14 billion kilometers away that caught scientists' attention!
One day before reaching interstellar space, astronomers discovered in data sent back by Voyager 1 that Voyager 1 had heard a strange hum coming from the universe, and that the probe had sent data similar to the newly detected signal. At a distance of about 14 billion kilometers from Earth, the signal was recognized and the sound was kept at 3 KHZ. It was the longest buzz Voyager 1 had ever seen. Scientists didn't find the spacecraft until it had traveled a considerable distance. But where does this ethereal sound come from? Why is there sound in space?
There is no direct transmission of sound from space, not even the sound of black holes colliding or huge supernova explosions. Thus most scientists think that plasma waves in the deep universe are responsible for the buzz, since nearly all cosmic objects produce plasma, and some speculate that it could be a source of energy we don't know about. In general, it's a signal source.
We understand that one of the numerous electromagnetic waves that can move easily in a vacuum is radio waves, so scientists took that signal and developed a way to convert them into sound, allowing us to hear the messages Voyager 1 is giving us. When researchers accidentally discovered the saved data for numerous years, they found a very strange, they found the radio burst quickly, thus each flash duration was only about a nanosecond, because after the researchers began to search for other possible FRB, flash speed is extremely quick, don't come from a complex alien civilization?
With our understanding of rapid outbreak of radio more and more, our problems seem to be more and more, though some astronomers think these quick radio bursts from huge neutron stars, black holes or, but some astronomers think these are powerful radio waves, from great distances for their light power to power spacecraft, so their signals are accidentally detected.
But Voyager 2 is so far away from Earth that, imagine, a command from Earth takes 13 hours to reach this probe, so the information isn't always as accurate as it should be. Until late last year, when the probe may have encountered an abnormal problem, there was speculation that aliens might have been able to locate the Voyager 2 probe and reprogram it to interfere with communications between it and Earth. But the most plausible scenario is that something went wrong with the Voyagers' programming, and the alien theory is definitely a theory that will likely be debated for a long time. Why? Because it involves something that people have been looking for, it goes beyond mere hypothesis, but if there are aliens out there, they won't simply mess with machine Settings.
On the other hand, these Voyagers are still exploring the farthest reaches of the solar system. Despite their different orientations, the two spacecraft still have a lot of work to do. As Voyager 1 leaves our solar system at 3.6 AU per year, the direction of the sun's velocity relative to its neighboring star is where the Sun peaks. Voyager 2, on the other hand, is also leaving the solar system at a rate of about 3.3 AU per year. The interstellar voyage of Voyager 2 has provided us with information about events at the edge of the solar system, not only revealing totally new things to us, but also breaking down some of our preconceived notions about the boundary. However, understanding how the sun works is crucial to understanding the latest results from Voyager 2.
The solar wind and interstellar medium don't mix like oil and water together completely, so the solar wind layer, the sun is called an interstellar medium of bubbles, the bubbles have a leading edge, about 18 billion kilometers from the sun, according to the data of two travelers, all eight planets of the sun and a huge part of extrasolar planets are surrounded by it, The heliosphere acts as a shield, protecting everything inside from most of the highest energy radiation in the universe. Without it, human DNA would be altered. However, the heliosphere has an outer edge, called the heliopause, which is where interstellar space begins from now on.
The Voyager probes have been in close contact with NASA since they were launched 45 years ago, and according to the mission crew, communication with the spacecraft will continue until something goes wrong or the power runs out. Both probes should be able to maintain at least one scientific instrument in operation until 2025, after which the distance between them exceeds the signal range of the probes, at which point it will be time to say goodbye for good.
But Voyager 2 is so far away from Earth that, imagine, a command from Earth takes 13 hours to reach this probe, so the information isn't always as accurate as it should be. Until late last year, when the probe may have encountered an abnormal problem, there was speculation that aliens might have been able to locate the Voyager 2 probe and reprogram it to interfere with communications between it and Earth. But the most plausible scenario is that something went wrong with the Voyagers' programming, and the alien theory is definitely a theory that will likely be debated for a long time. Why? Because it involves something that people have been looking for, it goes beyond mere hypothesis, but if there are aliens out there, they won't simply mess with machine Settings.
On the other hand, these Voyagers are still exploring the farthest reaches of the solar system. Despite their different orientations, the two spacecraft still have a lot of work to do. As Voyager 1 leaves our solar system at 3.6 AU per year, the direction of the sun's velocity relative to its neighboring star is where the Sun peaks. Voyager 2, on the other hand, is also leaving the solar system at a rate of about 3.3 AU per year. The interstellar voyage of Voyager 2 has provided us with information about events at the edge of the solar system, not only revealing totally new things to us, but also breaking down some of our preconceived notions about the boundary. However, understanding how the sun works is crucial to understanding the latest results from Voyager 2.
The solar wind and interstellar medium don't mix like oil and water together completely, so the solar wind layer, the sun is called an interstellar medium of bubbles, the bubbles have a leading edge, about 18 billion kilometers from the sun, according to the data of two travelers, all eight planets of the sun and a huge part of extrasolar planets are surrounded by it, The heliosphere acts as a shield, protecting everything inside from most of the highest energy radiation in the universe. Without it, human DNA would be altered. However, the heliosphere has an outer edge, called the heliopause, which is where interstellar space begins from now on.
The Voyager probes have been in close contact with NASA since they were launched 45 years ago, and according to the mission crew, communication with the spacecraft will continue until something goes wrong or the power runs out. Both probes should be able to maintain at least one scientific instrument in operation until 2025, after which the distance between them exceeds the signal range of the probes, at which point it will be time to say goodbye for good.