Mars InSight will be the first to detect seismic activity on Mars’ surface, first to measure rate of heat transmitted from interior, first to dig nearly 5m down, first to measure magnetic fields on Mars’ surface, and first to use a robotic arm to place instruments on the surface of Mars (assuming it lands of course…) Continue reading
The 358-kilogram InSight probe is the eighth spacecraft to successfully land on Mars without apparent mishap, but it is not yet certain whether it will be able to fulfill its mission to study the planet’s deep interior
Source: Touchdown on Mars: InSight probe completes historic landing
A trip to #Mars involves radiation, muscle and bone loss, intermediate axis theorem and liquids. Continue reading
Chris Hadfield says the psychological ramifications of being so far from Earth will play a big part in missions to Mars. Some of Canada’s current and former astronauts spoke at an event at the University of Ottawa on Friday.
Source: Chris Hadfield says Mars missions pose psychological challenges
If you’ve taken a look at the southeastern sky after midnight recently, you may have noticed what appears to be a red star rising in the east. But that’s no star. It’s Mars — and it is about to get closer to Earth than it has been in a very long time. Continue reading
A robotic lander has been launched for a mission to Mars, where it will probe the planet’s interior.
Source: NASA launches InSight spacecraft bound for Mars | CBC News
To make a crewed Mars mission possible, there are incredibly complex problems that need to be solved. Here are some of the things at the top of NASA’s to-do list, and how engineers and psychologists are figuring them out. Continue reading
It’s going to be a lot easier to colonize Mars if we can terraform it first. The first step would be to give Mars a thicker atmosphere, which means it will need a magnetic field, or magnetosphere, to protect it. Here’s how we would do that. Continue reading