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SolarSystem Portrait. This narrow-angle color image ofthe Earth, dubbed 'Pale Blue Dot', is a part ofthe first ever 'portrait' ofthesolarsystem taken by Voyager 1. The spacecraft acquired a total of 60 frames for a mosaic ofthesolarsystem from a distance of more than 4 billion miles from Earth and...

The Voyager 1 probe has made history as the first man-made object to enter interstellar space, NASA announced Thursday.

The Voyager 1 space probe has left thesolarsystem. After 36 years - and a couple of recent false alarms - Nasa now says that the craft has become the

For some astrophysicists, thesolarsystem is defined by the presence ofthesolar wind.

The two Voyages spacecraft were called Voyager 1 and Voyager 2. They were essentially identical. If Voyager 2 took a picture, then both of them could take the same kind of pictureofthesolarsystem. Of course they are a lot further out, than when V2 was at Neptune.

The Voyager-1 spacecraft has become the first manmade object to leave theSolarSystem.

A Short Documentary of Voyager 1 leaving our beloved home, this may bring tears to your eyes, Voyager goes on living and messages still returning today. UPDATE: Voyager took a pictureof our planet earth this year you can see on nasa.gov.

The study team wanted to know if Voyager 1 left thesolarsystem sometime before April 2013, so they combed through some ofthe probe's older data. They found a monthlong period of electron oscillations in October-November 2012 that translated to a density of 0.004 electrons per cubic inch...

Our entire solarsystem, including the heliosphere, moves through interstellar space. The prevalent pictureofthe heliosphere was one of comet-shaped

Before leaving the Jovian system, Voyager 2 took a series of picturesofthe Galilean moon Ganymede, which mission scientists have stitched into this mosaic. Ganymede is the largest satellite in our solarsystem, larger even than Mercury, meaning if it were to orbit the sun and not Jupiter it...

The beginning ofthe transition zone between the heliosphere (thesolar wind bubble) and the rest of interstellar space is known as the 'termination shock'.

What started out as a mission to explore the planets of Jupiter and Saturn has evolved into an adventure to the region beyond our sun's realm. Join a team of interstellar researchers.

Hubble reveals new 'interstellar road map' of probe's journey through the unexplored territory beyond our solarsystem. NASA's Voyager 1 spacecraft is now 13 billion miles away from earth.

This is a a diagram oftheSolarSystem . It was released shortly before the International Astronomical Union made its final decision about whether Pluto

For the past seven years, Voyager 1 has been exploring the outer layer ofthe bubble of charged particles the Sun blows around itself.

Voyager 1 became the first spacecraft to ever leave thesolarsystem, NASA announced on Thursday, travelling more than 11.5 billion miles from

First portrait of our solarsystem. By February 1990, when these images were taken, Voyager 1 was farther from the sun than Pluto, and approximately 4 billion miles from Earth. These pictures were the first ever taken of our solarsystem's planets from beyond their orbit.

Our solarsystem consists of a star we call the Sun, the planets Mercury, Venus, Earth, Mars, Jupiter, Saturn, Uranus, Neptune, and Pluto; the satellites ofthe

Scientists studying the Voyager data noticed what may be giant magnetic bubbles located in the heliosphere, the region of our solarsystem that

Our SolarSystem includes the Sun and the planetary system revolving around it. A “planetary system” is a group of non-stellar objects (planets, dwarf planets, moons, asteroids, meteoroids, comets and cosmic dust) that orbit around a star, the sun is classified as a star. TheSolarSystem includes...

How the Voyagers did it. In the 1970s, some ofthe most ambitious spacecraft in history were launched: Voyager 1 and 2, both by NASA. They would go on to escape the Sun’s gravity and exit theSolarsystem. Voyager 1 entered interstellar space in 2013 and Voyager 2 is expected to do the...

In 2013, another solar storm reached the edge ofthe heliosphere. It excited the plasma around Voyager, making the normally undetectable substance

The Future of Interstellar Space Travel. Voyager 1 is now the first craft to officially leave thesolarsystem, pacing along at 38,610 miles per hour.

Voyager 1 has left thesolarsystem. The big news that the spacecraft reached interstellar space on Aug. 25, 2012, after its decades-long sojourn

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While Voyager 1 is still in the heliosphere, new data also suggests that the intensity of energetic particles from inside the bubble are slowing

While Voyager 1 may have left thesolarsystem as most people understand it, it still has hundreds, perhaps thousands, of years to go before bidding adieu to the last icy bodies that make up our neighbourhood. Voyager 1 will now study exotic particles and other phenomena in a...

NASA photograph of one ofthe two identical Voyager space probes Voyager 1 and Voyager 2 launched in 1977.

Scientists previously reported the outward speed ofthesolar wind had diminished to zero in April 2010, marking the start ofthe new region.

...the outer edge ofthesolarsystem and is on course to become the first man-made device to sail into the vast stretches of space that lie beyond. Astronomers have confirmed that the spacecraft has reached a region called the heliopause, where thesolar winds that have blown past Voyager for the...

from the bubble of particles emitted by the Sun encasing our solarsystem and enter the totally new, completely unexplored region of interstellar

After leaving the realm ofthe planets, the Voyagers were given a new mission – the Voyager Interstellar Mission. They are now tasked with exploring the very edge of our known solarsystem, and beyond. Although many ofthe science instruments onboard both space-craft are now dead, a...

In the stagnation region, the wind of charged particles streaming out from our sun has slowed and turned inward for the first time, our solar

One oftheVoyager program’s biggest discoveries was of Neptune’s strong weather, pictured here from Voyager 2. NASA. Furthermore, no other spacecraft have tasted and bathed in the outer reaches of our solarsystem as Voyager 1 and I have. Without us, scientists could only speculate what it is...

Today, Voyager 1 hits a mission milestone of operating continuously for 12,000 days. The spacecraft launched on September 5, 1977, while Jimmy

On the way, the Voyagers could help determine the source of mysterious radio emissions from the edge ofthesolarsystem, which may be the result of CMEs from the Sun crashing into the interstellar medium. Gary Zank ofthe University of California in Riverside, US, who is not a member ofthe team...

TheSolarSystem is full of thousands of objects of various shapes and sizes - some unimaginably

Once past Jupiter, Voyager 1 continued to Saturn, bringing up-close images ofthe gaseous giant’s famed rings for the first time in November

Voyager 2 Data Revisited This image is made from data acquired during Voyager 2's closest approach to Neptune on August 25, 1989. Visible is the backlit planet viewed from Voyager 2 on its way out oftheSolarSystem after the spacecraft had passed closest approach.