Star Trek has influenced a lot of scientists and futurists, but recently, NASA namechecked the veteran sci-fi franchise when they talked about the Artemis Accords, a series of principles that they hope all spacefaring nations agree to, as covered by Ryan Britt for Inverse.
(By the way, I was rather gratified to know that I already had the tag ‘Space Law‘ and also that there’s a novel called Space Lawyer, which I shall have to track down on principle).
It’s week two of a lot of us Americans staying at home. Per historian and librarian recommendation, I am keeping a journal during this time. Lesson plans and activities are set up for the kids. We’re doing our best to make sure Jabberwocky Audio Theater continues as planned for this year. And of course, there’s some home projects that are rearing both their practical and sanity-based heads.
In the face of all this, it can be kind of overwhelming, so it’s been nice see the take on some isolation subject matter experts: astronauts. Former Canadian astronaut Chris Hadfield has a nice quick two-minute video that might help you feel a bit more centered:
And if you want a longer, written take, former astronaut Scott Kelly has a great piece in the New York Times that covers some of the same topics in detail. I especially appreciate the idea of pacing oneself.
In fact, we have a second moon. No, really. Our planet has a temporary second natural satellite. See the coverage from New Scientist, NBC News, and Mental Floss. Now granted it’s not big enough to land on (it’s about the size of a car) and it won’t be parked in our orbit forever, but all you picayune trivia buffs rejoice!
Although I don’t have a huge number of posts on the site about space exploration, it remains something I always like to follow.
I mean, some of this should be obvious given the whole writing science fiction thing. The writing doesn’t exist in a vacuum, as it were. A couple years ago, I read a number of science fiction (and straight science) pieces about Mars, but I suppose I just scratched the dry, red soil surface.