Welp, it’s official. NASA announced they have confirmed another “Earth” (really, an “Earth-like planet” simply means it has enough water and is in the right orbit from its star to hypothetically support life).
Too bad it’s 500 light years away, which currently would take us a mere 70,000 years to reach.
NASA and other scientific groups have discussed the potential of using the Moon as a sort of jumping-off point for missions deeper into space. If water could be collected on the Moon it could prove to be a great resource for manned missions headed deeper into the solar system.
Interesting, but I have a feeling that Lunar Base occupants will need slightly more than a few “bouncing” molecules to drink (or to create hydrogen for rocket fuel or colony energy needs).
Modern physics dictates that, after being consumed, information about this matter should be forever lost to the universe. But a new experiment suggests that there might be a way to use quantum mechanics to gain some insight into the interior of a black hole.
Black hole sun / won’t you come / to drive away the rain? 🎶
In their presentation, the researchers jokingly compared the planet to Hoth – the icy planet made famous in one of the “Star Wars” movies, when Luke Skywalker’s steed (a fictional lizard species called a Tauntaun) dies and he must stay warm by burrowing into its intestines.
Yay, science. And only six light years away!
Which, since Alpha Centauri at four light years away only takes 137,000 years to get to, would only take…er…just a few ten thousand more years…Hmm…
A new paper suggests that the so-called “Planet Nine” – thought responsible for the screwy orbits of Trans-Neptune objects – might actually be a really big disc.
Um. Yeah. Okay.
How about we actually focus on technology that will allow us to construct spaceships so we can go out that far in person to find out? Theoretical astrophysics is all fine and dandy, but how does this help our species expand out into space?