Jan 28th: Space Radiation
When astronauts go to the outer space, what are the various kinds of radiation they’ll encounter? Is there anything we’ll be able to do about it? #365daysofastro
Jan 21st: Planetary Protection Protocols
What is the planetary protection protocols so we won’t infecting other world when we send rovers and landers?
Jan 14th: Stellar Fusion
The Sun. It’s a big ball of fire, right? Apparently not. Let’s talk about the stellar fusion & how to adapt it to generate power here on Earth. #365DaysOfAstro
Jan 7th: Direct Imaging of Exoplanets
Finding planets is old news, we now know of thousands and thousands of the places. But the terrible irony is that we can only see a fraction of the planets out there using the traditional methods of radial velocity and transits. But the new telescopes will take things to the next level and image planets directly.
Dec 31st: Predictions For 2019
We did it, we made it through 2018 in space. Now let’s look forward to the incredible launches, discoveries and astronomical events happening in 2019.
Dec 24th: 2018 – Year in Review
2018 was an incredible year in space news. Rockets launched, landers landed, spacecraft were born and died. We learned tremendous new things about Universe around us, and today we’re here to look back fondly over the last 12 months to review the year in space that was.
Dec 17th: Fiction to Fact: 3D Printers
The technology of 3D printing is taking off. From tiny home-based 3D printers to larger manufacturing. And of course, 3D printing is going to space with the International Space Station and beyond.
Dec 10th: 2018 Holiday Gift Guide
We did it, we made it to the end of another year. Once again it’s time to wonder what gifts to get your beloved space nerds. We’ve got some suggestions. Some are brand new this year, others are classics that we just can’t help but continue to suggest. Let’s get into it.
Dec 3rd: From Fiction to Fact : Ion Drive
Ion engines are a mainstay of science fiction, featured in both Star Trek and Wars. But this is a very real technology, successfully used on several missions out there in the Solar System right now. How do they work and what are the limits?