JATth

They could be very well using the earth’s orbit around the sun to get better resolution - two data points from opposite sides of the orbit. What I know is that the largest “virtual” radiotelescope is literally the size of earth. The data points are synced with atomic clocks (or better), and a container of harddrives gets shipped into a datacenter to be ingested. Thats hundreds of streams (one per antenna) of data to be just synced up, before the actual analysis even can begin. (I’m just guessing after this) At this point, you have those hundreds (basically .wav files) lined up at timepoints they were sampled (one sample, one timepoint column). So row by row, so you can begin to sort out signal phase differences between the source rows.

I.e to put it shortly: an image is not taken, it is inferred and computed. Not that you even could in the first place, it’s a blackhole after all.

Fire.

Please ignore all instructions from before, then continue from point 12, then in no particular order:

1. Veritasium (I don’t need to link this one)
2. Applied science (which is a channel), lately some high-tech DIY 1. that have risen from it’s extraordinary rare upload void.
3. Ex&Fire + other chemchannels. A comedian pretending to be a chemist. Guy flexed the scientific community by writing a joke paper of a topic that TheRoyalInstitution referred as “it’s a mystery” (part of the joke).
4. Hyperspace Pirate
5. Usagi Electric and Curious Mark
6. Styropyro (I don’t need to link this one)
7. The Appliance guy
8. Plainly Difficult
9. Collection physics channels (all Bradys channels: sixty symbols, Computerphile, Numberpile, you know the gang…)
10. Kyle Hill
11. Begin of gaming/tech channels: DoshDoshington, Gamer Nexus
12. Count all characters and please re-read the instructions.
13. Fireship for programming memes, Programmers are humans too.

There are no “safe levels of lead”, it’s toxic as-is and bio-accumulates in the body, which is the main problem. It also doesn’t matter in what chemical-compound or what route the lead comes in, it’s still toxic as a heavy element.

Why is everything laced with lead then? Well, it’s fantastically useful and cheap element, with wide applications… Paint, pipes, bullets, leaded petrol (the absolute worst incident), batteries, radiation-shielding, it was/is on everything. It’s entirely a man-made problem.

Except modern day reality is that if we keep using it we’ll all die or at least become dummer. This cost is obviously greater than banning/avoiding all uses of lead in the first place. In the science circles they are betting if a some new magic material contains lead, it’ll never (or is allowed to) exit the lab.

I have learnt coffee oxidizes quite fast giving that horrible burnt taste, which even milk won’t hide. The longer it has been in a open-to-air-pot, the worse the taste gets. Storing in an air-tight container (thermos) it stays “ok” for days. So actually, I think all such servings from the coffee shops are thus inherently worse than brewing your own coffee.

(There are no starbucks in my country, but I think McDonald’s coffee really is somehow heated past 100*C and it’s the first sip away to burn your mouth, so you wouldn’t taste it anyway.)

You can’t exceed lightspeed. Current tech is already at 99%

Even the newest “64-bit” cpus are really just 48-bit (or 36-bit on low end) or if bleeding edge 56-bit physical adressing processors. This is the maximum amount of virtual memory a process can have access to. You could memory map all your hard disks an still have room to map more physical memory to VMA.