this is the x5.16 today?

Has to be AI. This video makes no sense.

That looks more volcanic than electric. Possibly a secondary vent.

And he created Penrose tiles!

Assuming he survived reentry, that's a future entrepreneur in the making.

(what they are actually doing is that they must have just replaced the top window, or just finished installing the entire window, and he's applying the caulk to seal the glass to the frame).

Brookhaven National Lab. LI NY. AGS and RHIC. Too much to list on achievements and advancements. And now with the NSLS II. Amazing facility.

1+4=5 1+2=3
5+4=9 3+3=6
9+1=10 6+2=8
4+4+1=9 2+3+2=7
10-9=1 8-7=1

Is this where he's putting the Qatari Air force base?

ha! The Weather balloon company confirmed...
arstechnica.com/space/2025/1...

the back yard this August...

probabilistically...
"...and SpaceX itself admits—some satellites will not disintegrate upon reentry..."
www.fastcompany.com/91419515/sta...

I wonder if AI stays up all night working out a problem. No, it likely references the work of someone else(s) who solved similar problem(s) with matching criteria. The more we interact, the more it learns from our aggregate, the less it will need, the more we will...

I didnt mean to blow up your post; It was really interesting but ended in a cliffhanger... so I had to look up what it was .... www.popsci.com/science/spac...

"The simulation shows how these vortices form as coronal mass ejections (CMEs) plow through slower solar wind, flinging aside spinning plasma like a snowplow" (published by Popular Science October 6, 2025)

These flux ropes, previously too small for standard simulations, can still trigger geomagnetic storms that disrupt power grids, satellites, and navigation systems.

Researchers at the University of Michigan, including climate and space scientist Chip Manchester, developed a new high-resolution simulation to detect smaller, tornado-like spirals of plasma and magnetic fields in the solar wind—called flux ropes.