Given that you aren’t the only audience to a response, even someone who recognizes that it’s a joke might add a little bit of context about, I don’t know, how melting the fastener might contaminate the sample or grinding the fasteners might cause dust and sparks that could also contaminate the sample, so on and so forth.
That all being said, are you okay? Kneejerk responses like that don’t usually come from good places.
I think it was fairly clearly a joke, and at least a little bit funny via absurdity, like suggesting nuking it to open it, or wrapping an elastic band around like a tight jar lid.
Not everything you read is serious unless otherwise stated.
There's a big difference between "touched up" as in, fix the contrast and adjust the color balance, versus "touched up" as in let's make a nebula look like a bat. The first, me and Ricky are in agreement that they're doing. The second, me and Snopes feel strongly that they're not doing.
So basically 72 flights into it’s 5 flight mission it went to far over the horizon and lost line of sight. So they have to drive over to it to re-establish communication.
They’ve done good already, they don’t need to go this hard.
They went so hard they went over the horizon and lost coms.
Because it’s autonomous it’s likely still operational, they just have to get close to it.
Na du push xidawang kaka felota shukumi ere milowda, mi beratna (o’ sésata), na! Milowda ge da kaka end fo da shetéxeting na materi keting fong da tumang, amash ye. 😱🙅🏽
I’ve been studying the range of neutron stars for some time and I feel confident it won’t be too long until much of our evidence and observations will show that black holes, quasars, super massive black holes and the range of other black holes are very likely, more extreme neutron stars - if not quark-like stars or stellar quantum-like objects. For fun, I’ve been also been focusing on colloids, extreme condensates and their quantum/relativistic phases/states; very revealing interactions and emergent properties. Now if we could just better observe zero-point energy…
These are the massive black holes that lurk at the core of most galaxies. Like the one at the center of our own milkyway galaxy. The question remains do they form at the center of baby galaxies or are they the seed which triggers a galaxy to develop and they just grow even larger over time. If early galaxies had massive black holes for their galaxy size, that suggests the last option. Primordial black holes that is ones that were formed in the big bang have been a possibility for a long time. They have been talked about by astronomers since the 1970s. It great that so much is being discovered now. Lots of surprises still coming I suspect. More info on primeval black holes here. https://physicsworld.com/a/concerning-primordial-black-holes/
astronomy
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