Message from @Silent Massacre

Discord ID: 544174375042285578


2019-02-10 14:59:38 UTC  

For instance, infinities of time and space.

2019-02-10 15:00:54 UTC  

I've always thought about a quote in my head, and I'm paraphrasing, "Chaos is order yet to be deciphered" and "Time is merely a measure of change"

2019-02-10 15:01:20 UTC  

Only if you are not a photon travelling through space.

2019-02-10 15:01:36 UTC  

Oof.

2019-02-10 15:02:38 UTC  

So let's call the base reality "steins gate" reality

We will have a lot of similarities with this base reality, but there are some key differences

2019-02-10 15:03:38 UTC  

Time and space might be infinities in both instances, but some infinities are larger than other infinities (Can be proven with math, can't explain this right now, google it)

2019-02-10 15:03:57 UTC  

Could it be that the higher up you go the reality pyramid, the faster light can travel?

2019-02-10 15:04:31 UTC  

That might explain quantum entanglement.

2019-02-10 15:04:37 UTC  

How so?

2019-02-10 15:05:08 UTC  

As far as my primitive brain goes, *tachyons* are the fastest-moving known particles

2019-02-10 15:07:36 UTC  

Scratch that, they're *hypothetical* particles so welp

2019-02-10 15:08:35 UTC  

The quantum particles use the higher dimensions to know the state of the other quantum particle and thus they can communicate ftl.

2019-02-10 15:09:09 UTC  

I'm trying to read this: http://scienceline.ucsb.edu/getkey.php?key=292

And it makes little sense to me

2019-02-10 15:09:49 UTC  

e.e

2019-02-10 15:10:00 UTC  

Did someone say STEINS GATE

2019-02-10 15:10:10 UTC  

Tbh, I only learned about the hypothesis of tachyons through Watchmen. XD

2019-02-10 15:11:59 UTC  

Okay, I think I understand it now

2019-02-10 15:12:27 UTC  

@Roko @JDB El Psy Kongroo.

2019-02-10 15:13:26 UTC  

So generally particles that aren't moving have a mass. We call this "rest mass". Anything with a positive mass cannot go faster than light.

Remember the god particle, a.k.a. higgs boson? This is responsible for giving things mass. If you remove this, the particle's minimum speed is the speed of light, and the maximum speed is infinity.

2019-02-10 15:14:36 UTC  

So the big catch is removing that mass.

2019-02-10 15:14:41 UTC  

A very big catch

2019-02-10 15:15:39 UTC  

It's like a property that's placed on an object (I'm talking in programming terms now). If you can change it to let's say a negative number depending on how fast you want to go, you can achieve your goal.

2019-02-10 15:17:52 UTC  

Makes sense in that aspect. How our current technology can come close to pulling that off, I don't know.

2019-02-10 15:18:29 UTC  

@Silent Massacre The alcubierre drive is a solution for faster than light travel (FTL). It basically creates a bubble around you that warps spacetime.

2019-02-10 15:19:07 UTC  

So basically a black hole?

2019-02-10 15:19:52 UTC  

A bubble, you say?

2019-02-10 15:20:10 UTC  

It might be the wrong term but is that a sort of *Event Horizon*?

2019-02-10 15:20:49 UTC  

You're close @EdgyEcchis

2019-02-10 15:21:05 UTC  

"Gravity doesn't literally bend spacetime. What it actually does is modify the spacetime interval. This modification can cause straight paths to appear to bend and time durations to alter to an outside observer. Because one of our convenient ways of thinking about spacetime is as one interwoven fabric where the border between time and space is a bit fuzzy, we say that gravity can "bend" or "warp" spacetime and alter the shape of this fabric/surface/whatever.

So to answer your question, time does not literally "bend". A massive object modifies the proper time interval around it such that an outside observer would see objects near the mass experience less time and spacetime intervals would have their spatial components modified accordingly. But that is a lot to say. It's much easier for us to simply say that gravity is spacetime being warped." -- https://physics.stackexchange.com/questions/192318/can-anyone-explain-me-how-time-can-bend-according-to-einstein-in-simple-way

2019-02-10 15:22:51 UTC  

I have more questions than answers right now. Helpful info though 🤔

2019-02-10 15:23:11 UTC  

who was it that said thats a big game? gears of war 4(even tho it don't work) is 100 gigs

2019-02-10 15:25:01 UTC  

@Silent Massacre Me too 😃 This is quite complex stuff

2019-02-10 15:25:27 UTC  

Indeed, my friend.

2019-02-10 15:26:41 UTC  

Space time interval seems nice.

2019-02-10 15:26:58 UTC  

Big = > 10 gb

2019-02-10 15:27:18 UTC  

Huge = > 40

2019-02-10 15:27:31 UTC  

Massive = 80+

2019-02-10 15:28:12 UTC  

Small = < 2 Gb

2019-02-10 15:29:56 UTC  

finally...a chart for this shit

2019-02-10 15:29:57 UTC  

Long dick style

2019-02-10 15:30:04 UTC  

the charts ruined