The newly deposit is about 3,000 cubic miles, or about the volume of Lake Superior, and holds enough carbon dioxide to nearly double the mass of the Martian atmosphere. Mars' atmosphere has a surface pressure less than 1 percent that at Earth's surface at the lowest altitudes. The air on Mars is 95 percent carbon dioxide, while that on Earth is less than 0.04 percent CO2.
The researchers suspect they've reached a region of the solar-interstellar boundary that nobody had predicted. In this area, the magnetic field lines of the Sun link up with those of the interstellar field. Scientists are calling this linkage a "highway" for particles to travel along. It lets solar wind particles escape more readily, causing the drop in their intensity. And it opens the door for low-energy cosmic rays to slip in to our Solar System, which is why Voyager 1 is seeing so many of them.
According the researchers at the press conference that announced these results, most steady-state models of the Solar System failed to predict anything like this. A few models did have a feature like this, but it was only a transient one that appeared at certain times of the solar cycle.
"A $30 million Google-backed competition to land a spacecraft on the moon may be about to be scooped. China’s Chang’e 3 probe successfully put itself into lunar orbit on Friday in preparation for an attempted touchdown around Dec. 14."
Observers say the equipment failure may have disabled the electrical motors needed to close the rover's solar panels, which would have disastrous effects as the rover heads into the two-week "lunar night."
<!-- extended entry -->If the panels cannot be closed, the rover will almost certainly freeze during the two week span.