Lifeboat Foundation

( via: Hashem Al-Ghaili )

Would you want to be a Martian?

We don’t actually have a lot to be afraid of when it comes to asteroids. Sure, they might come pretty close from time to time, but they tend to buzz harmlessly by — after all, Earth is a pretty tiny target in the vastness of space.

That doesn’t mean we shouldn’t be prepared, though — and NASA, along with several other US federal agencies, has been putting together a contingency plan.

They’ve called the collective the Interagency Working Group for Detecting and Mitigating the Impact of Earth-bound Near-Earth Objects, or DAMIEN, which isn’t ominous at all, and released a 20-page document that outlines the asteroid — or near-Earth object (NEO) — plans for the next decade.

Continue reading “Here’s What NASA Plans to Do to Keep Us Safe From Asteroids” »

Filipinos have achieved yet another milestone after contacting with the International Space Station, even interviewing an astronaut on board the habitable artificial satellite.

By Dhel Nazario

Filipinos have achieved yet another milestone after contacting with the International Space Station (ISS), even interviewing an astronaut on board the habitable artificial satellite.

Continue reading “Students make first ever live interview with astronaut from the ISS” »

FURTHER SPACE DEVELOPMENT: President Donald J. Trump signed Space Policy Directive – 3 directing the United States to lead the management of traffic and mitigate the effects of debris in space.

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A mission to Proxima Centauri b, the closest Earth-like exoplanet, would take over six thousand years – but you only need a small crew to get started.

One night, as I was putting my daughter to bed and waiting for her to fall asleep, I tried to think of some new markets for space utilization.

We often hear about attempts to find industrial uses for microgravity for growing crystals, for purification of electronic materials (which is an actual thing with ACME Advanced Materials: http://www.a2-m.com/), maybe growth of certain metal foams, etc. However, in space, you’re in both a hard vacuum and not physically resting on anything, so you can spin up something, and it will simply keep on spinning (stably, if you spin it around the correct axis) nearly indefinitely without any additional energy input and no wear on bearings or anything. So in fact, you can get basically any gravity level you want, including HYPERgravity, nearly for free.

What are the applications of this?

Continue reading “New (?) ideas for utilizing space for business: hypergravity for isotopic enrichment” »

Mariya Lyubenova is an astronomer at ESO. Her research focusses on the motions and chemical properties of stars in galaxies to unravel the build-up and evolution of galaxies. She also works as a science liaison in the education and Public Outreach Department (ePOD).