Vogagire 2 spacecraft entering the galaxy

NASA officials have officially announced that NASA's Voyager 2 spacecraft has successfully entered the interstellar space constellation.



2012 In August voyakar 1 spacecraft after star system entering the men produced a second active spacecraft and the historic voyakar 2. "First unlucky had become, and secondly, the star system, the ability to calculate with the community and not the variable that had become," says mecikan University, of voyakar Plan Nketutta scientist Justin Kasper.



The particle that comes out of the sun

The new Interstellar status of VOAGER 2 is to reduce the particles coming out of the sun around the shuttle, depending on the Plasma Science Test (PLS) data. The Solar Storm's PLS measurements were vacant on November 5, when Vogagor 2 departed. The Planning Commission is confident that the spacecraft will enter the galaxy as it passes the heliopause boundary.



Hiliyospiyarik

"On November 5, the density of the cosmic rays increased suddenly and the density of the heliospheric particles on the same day decreased significantly. And the magnet also increased. At that point the plasma tool stopped measuring the solar storm. So we're exploring that connection, "says Wooger Project scientist Ed Stone.



Surrounding the Sun in Space

In the Heliospace area, the exterior expansion of the solar system will meet the incoming interstellar particles. Since it is part of the Sun's dominance in space, these two satellites are still within the solar system. Earlier, the Voyage 2 spacecraft crossed the Terminance Shock in 2007. The effect of sunset was greatly reduced because of the interstellar particles and radiation.



NASA

NASA launched the twin voyager spacecraft in 1977 to explore the outer planets. After examining Jupiter and Saturn, they traveled to Uranus and Neptune, changing the Vogue 2 route and then traveling towards the edge of the solar system. In August 2012, the Voyage 1 spacecraft reached the heliospace and made the first spacecraft created by humans entering Interstellar Space. But these two missions have raised a question about the real boundary of the solar system.



Vogacher 2

The Voyager 2 spacecraft has traveled about 120 astronomical units. An astronomical unit is the distance between the Earth and the Sun.That is 18 billion kilometers or 16 hours of light travel. Even though it is far off, a vast astronomical unit is closer than the Voyager 1 solar system. The Voyager 2 spacecraft entered the galaxy has entered the interstellar space in a completely different area than its co-spacecraft. Heilosphere's northern heliosphere passes and travels to the south heliosphere. The magnetic tapes here seem to be strong and can affect the shape of the heliodine.



Solar

These two meteorites have a magnetometer and solar and cosmic ray predictor detector that measures the magnetic field. However, since the VOAGAR 2 entered into the galaxy, there is only a plasma device that is expected to inform the temperature, density and velocity of the unexplored area