Last weekend was partly fun (Halloween party with our kids, pre-teen and teen) and partly melancholic (4th year anniversary of my mother’s untimely death from cancer).
But even before then, I just wasn’t feeling all that great. Not sick. Just sort of…not with it. On autopilot, kind of.
Now that fall is well and truly here, the pollen is going away and the skies are clearing.
Hoping I’ll find my muse again.
And, no, I’m not going to write anything about Twitter, elections, or crazy beliefs in satanic rituals making a comeback among the bonkers-crazy folk of my home country. Way too easy.
A change of 32 minutes in orbit — but only 4% of the total orbital period. To deflect an asteroid away from Earth, it’d better be done several years in advance. 🌏
Just passed 200 followers on WordPress. Thank you, everyone!
I know I should be posting a whole lot more often than I have. There are LOADS of new science articles and events happening recently, so I’ll see if I can get caught up over the next couple of weeks.
Plus a new chapter of Bringer of Light by the end of the week! I promise!
(And it would be VERY helpful if WordPress didn’t “refresh” while I was adding tags and categories to posts, and then hiding those tags and categories afterward so that I couldn’t update them…Sigh…what was wrong with the older version that worked just fine?)
Half of a dilithium crystal? (It’s a new type of crystal called “Chang’esite” (after the ancient Chinese moon goddess).
I should be posting another chapter from Bringer of Light, but I don’t feel like writing that right now, what with a humongoid typhoon slowing churning its way here.
Courtesy NASA. Note that the blue, white, green, yellow, and orange colors are artificial, only added to make features revealed by infrared stand out for human eyes. You can see the planet’s rings, aurora, and two “tiny” moons (at left; they’re not really that tiny!).
“We’ve never seen Jupiter like this. It’s all quite incredible,” said planetary astronomer Imke de Pater, of the University of California, Berkeley, who helped lead the observations.
“We hadn’t really expected it to be this good, to be honest,” she added in a statement.
The above is supposed to be in “quote” format, but WP really messed up this feature when they switched to so-called “block” mode (which I can’t stand).
Anyway, the image is fairly spectacular, from the new James Webb Space Telescope which is positioned 1 million miles away from Earth (i.e., in the second LaGrange point, or L2).
First of all, stop calling it “the golden asteroid.” That’s confusing people (the headline of the article linked below even uses the phrase “gold mine.” Come on, lazy journalists.)
If 16 Psyche is worth mining, when could such operations proceed? Citigroup thinks that space mining, including from the moon and asteroids, will be a $100 billion-per-year business by 2040. Launch costs will continue to decrease and experience in operating in space will continue to expand until such a business makes economic sense.
Well, how heavy do you think the materials to make buildings and ships in outer space are?
If we’re serious about putting people on the Moon and Mars, then it makes much more sense to set up robotic mining factories and assemble everything in space.
All this needs is a little incentive…like a new space race…
Our search for alien life is getting serious. With better telescopes and a growing scientific consensus that we’re probably not alone in the universe, we’re beginning to look farther and wider across the vastness of space for evidence of extraterrestrials.
But it’s possible we’re looking for too few signs in too few places. Having evolved on Earth, surrounded by Earth life, we assume alien life would look and behave like terrestrial life.