The collider teardown is DONE. Nearly fifteen months of work on this fucking thing and we haven’t even BUILT anything yet.
I’ve been REALLY busy, though. Speed of light being different kind of implies a LOT of other things are different, too. Or - well - the light speed thing might be gravitational, but look, I’m not fucking Roemer, okay?
You want to hear something weird about gravity?
So... There’s four fundamental forces in quantum mechanics. Gravity, electromagnetism, and two others that are called the “weak force” and “strong force.” (Weak force causes radioactive decay while strong force holds atomic nuclei together.)
Gravity’s powerful, right? I mean, it moves PLANETS.
NOPE! It’s deadass the weakest one by, like, a SEPTILLION. You’ve got three values around the same magnitude, and then one that’s a SEPTILLION off. Why? Nobody fucking knows.
This is called the hierarchy problem (or part of it, at least). Been pestering the fuck out of physicists for decades. It’s one of the big things my collider was supposed to investigate, actually. It DID investigate it and even PROVED some stuff about it before it got, you know, blown the fuck up, and I got blamed for it, now can’t officially publish the research, yadda yadda. Spiders are assholes. What’s new.
One solution to the hierarchy problem is suggesting another aspect of space outside of what we can access. Literally, a direction TOTALLY outside of “up/down left/right forward/backward.”
Where is that direction? Oh, you know. Another dimension.
“Wait a minute, other dimensions?” you say? Hm, it’s almost like I had an actual scientific vision in mind when building this collider instead of pulling it out of my mad-scientist ass! And not “dimensions” as in “parallel universe.” No. The universes are all separated BY this extra dimension. Floating in it.
ANYWAY, if you’ve got extra dimensions going on, then... you can kind of think about it as if what we see of gravity is only part of the total.
Breaking that down mathematically requires quantifying how many extra dimensions there are, and how big. They’re not INFINITE.
In my original universe, the math checked out with 1 large extra dimension, accounting for size. But in this one, TWO are required, or the math just... doesn’t make any sense. At all. The collider shouldn’t even WORK with only one extra dimension in this universe.
But the two universes are supposed to be separated by the SAME single extra-dimensional space, according to literally every other theory I know.
Anyway, I know this is already a long report, but one more thing: that bizarreness that you get with gravity if there’s extra dimensions? It lets you make micro black holes in colliders. Basically: you get a micro black hole in a collider? Congrats! You’ve got experimental proof that large extra dimensions exist!
Actually, hold on. Where the fuck is it. I know I saved it. FUCK. How do I get the picture off my glasses?
THERE. THERE IT IS. THERE. THAT’S A FUCKING MICRO BLACK HOLE. IN MY COLLIDER. I mean, it was BUILT to MAKE micro black holes. I fucking PROVED extra dimensions exist, you assholes, and NOBODY WILL LET ME - JUST - I put half my LIFE into this. LET ME FUCKING PUBLISH IT.
In summary, that original collider was a fucking gorgeous piece of work and it didn’t deserve what it got.
Footnotes: Okay! Yay quantum mechanics! The four fundamental forces in quantum mechanics are indeed what Liv lists off here. The hierarchy problem IS an actual thing, too, and it’s quite fascinating.
Quite possibly my favorite thing so far, though, is that the large extra dimensions theory? THAT’S REAL. That’s an ACTUAL potential solution to the hierarchy problem, and CERN’s LHC has even looked for micro black holes as evidence! Honestly, depending on which version you subscribe to, you could have up to 26 different dimensions. Standard M-theory supports about 11.
Lastly, that picture is of a decay of a micro black hole in Liv’s collider - or, well, in her universe it is. Here, it’s just something I sketched out very quickly, HEAVILY based off of some of CERN’s simulations of what a micro black hole might look like! Mine probably wouldn’t hold up under scrutiny, but, you know. It looks cool.
Also, Liv’s “Roemer” reference is to a Danish astronomer who was the first to measure the speed of light by measuring eclipses. Dude had pretty clever technique.