#dynamic 0x800000
#org @start
lock
applymovement 0x1 @Oh
msgbox @Og 0x6
waitmovement 0x1
applymovement 0xFF @Wall
waitmovement 0xFF
applymovement 0x1 @Pall
waitmovement 0x0
msgbox @Fae 0x6
applymovement 0x1 @Have
waitmovement 0x0
applymovement 0x1 @Moe
applymovement 0xFF @Moe
waitmovement 0x0
applymovement 0x1 @Prof
waitmovement 0x0
msgbox @Rap 0x6
applymovement 0x1 @Mall
waitmovement 0x0
applymovement 0x11 @Dall
waitmovement 0x0
msgbox @Ae 0x6
applymovement 0x11 @Fall
msgbox @Mark 0x6
applymovement 0x11 @Ad
msgbox @Tae 0x6
applymovement 0x11 @Bad
waitmovement 0x0
msgbox @Sar 0x6
applymovement 0x11 @Ad
waitmovement 0x0
msgbox @Thar 0x6
applymovement 0x11 @Bad
waitmovement 0x0
msgbox @Far 0x6
msgbox @Far2 0x6
msgbox @Yer 0x6
release
end
#org @Oh
#raw 0x3
#raw 0x62
#raw 0xFE
#org @Og
= Oh!
#org @Wall
#raw 0x2
#raw 0xFE
#org @Pall
#raw 0x13
#raw 0x13
#raw 0xFE
#org @Fae
= AIDE: Welcome to Professor Oak's\nlab.\p[Player]: You mean CERN, right?\pAIDE: For the last time, this\nisn't CERN.\p[PLAYER]: Yeah, yeah. Anyway, I'm here\nto see the professor.\pAIDE: ...Right this way.
#org @Have
#raw 0x11
#raw 0x13
#raw 0x1
#raw 0xFE
#org @Moe
#raw 0x11
#raw 0x11
#raw 0xFE
#org @Prof
#raw 0x63
#raw 0xFE
#org @Rap
= AIDE: Professor? Are you heading\nout?\pOAK: Yes. Do you need something?\pAIDE: [PLAYER] is here to see you.\pOAK: I see. You can go.\pAIDE: Yes, sir.
#org @Mall
#raw 0x12
#raw 0x10
#raw 0x10
#raw 0x10
#raw 0x10
#raw 0x13
#raw 0x12
#raw 0x60
#raw 0xFE
#org @Dall
#raw 0x10
#raw 0xFE
#org @Ae
= OAK: To what do I owe this\npleasure, [PLAYER]?\p[Player]: Well, I came to learn more\nabout time travel, and I thought\lyou, of all people, would know.\pOAK: What about it do you want to\nknow?\p[PLAYER]: Well, [RIVAL] mentioned that\n"Extra-Dimensional\lTravel"...whatever that is, is not\lpossible via time travel. Is this\ltrue?\pOAK: Well, yes. You have to think\nof time travel as more restricted\lthan that...
#org @Fall
#raw 0x2
#raw 0x3
#raw 0x1
#raw 0x62
#raw 0xFE
#org @Mark
= Take those three pokeballs, for\nexample.
#org @Ad
#raw 0x1
#raw 0xFE
#org @Bad
#raw 0x0
#raw 0xFE
#org @Tae
= In those pokeballs are three\npokemon.\pOne thing to note,\nhowever, is that those pokemon\lcannot escape the pokeballs of\ltheir volition.\p[Player]: So how does this relate to\ntime travel?\pOAK: Let us use the pokeballs as\nan example for a universe. So-\p[Player]: Hold on, hold on.
#org @Sar
= [Player]: You said "a universe", are you\nimplying that there is more than\lone universe out there?\pOAK: For the sake of your line of\nquestioning, yes.\pBack to the example.
#org @Thar
= The pokemon in those pokeballs\ncannot move freely between their\lpokeballs.\lIf they try to, it\lwill be a futile effort because\lthe distance between them and the\lborders of the pokeball is, for\ldiscussion's sake,
infinte.\p[PLAYER]: Isn't that why so many people\nbelieve that there is only one\luniverse?\lIt is in the name, after all.
#org @Far
= OAK: Yes. The idea of multiple\n'uni'verses, and infinite ones at\lthat, is almost inconceivable.\pHowever, one thing to note about\nthose pokeballs is that they are\lsealed.\lThey have their own unique pokemon\ljust as our universes supposedly\lhave their own unique laws of\lspace and time.\lWe do not share the same, what we\lcall 'facets of reality', as other\luniverses do.\pBut what if there were to be a\ncrack in the universe?\p[PLAYER]: You mean like a wormhole or a\nblack hole?\pOAK: Right on the money.\pThough, I
should note that black\nholes are not 'rips in the\lspace-time continuum', but are\linstead the result of stars\lcollapsing into themselves and\lcreating a compressed area called\la 'singularity' where only gravity\lexists.\p[Player]: ...This...this is too much...\pOAK: Stay with me. Now, one can\ntechnically 'travel through time'\lif they were somehow able to sail\lon the event horizon of a black\lhole.\p[Player]: Wouldn't they get sucked in?
#org @Far2
= OAK: Now you understand why time\ntravel is but a dream.\pIf one were to sail close to the\nevent horizon, they would\lperceive, and even feel the\leffects of time progression at a\lmuch slower rate than normal due\lto the gravitational field.\p[PLAYER]: In other words, time is slower\nfor them?\pOAK: Exactly.\pNow, the reason people suspect\nthat one can travel to other\ldimensions, though not necessarily\luniverses, with a black hole is\lbecause a black hole is a\lsingularity.\pIn other words, it is an infinite\npoint, and inside that point, the\llaws of physics do not apply.\p[PLAYER]: So this goes back to not\ncontaining our "facets of\lreality"?\pOAK: Yes.\pA wormhole, on the other hand, is\nlike the "crack" that I mentioned\learlier.\lIt is, supposedly, a rip in the\lspace-time continuum that works as\la tunnel to other universes.\lThe problem with wormholes,\lhowever, is that they have not\lbeen proven to exist.\pDoes that answer your question?
#org @Yer
= [PLAYER]: Well, I guess my real question\nwould be this:\lIs it possible to go back into the\lpast without becoming incredibly\lcompressed, unusable, or\lrecognizable?\pOAK: No, sadly. There is no such\nmethod to do so.\pOne could time travel, if only for\nan astronomically short time from\lour perspective, if they were to\lgo close to the event horizon of a\lblack hole.\lHowever, they would no doubt be\lsucked in.\p[PLAYER]: Is it possible with the LHC?\pOAK: Hm...I see that you are\nreferring to the mini-black hole\lthat the LHC can produce.\p...\p...\pI would speculate that, if someone\nwere able to reverse the effects\lof one's sailing close to the\levent horizon...yes, we could.\lThough I do not feel that it will\lbe for a long time.\p[PLAYER]: Well thank you for your time,\nprofessor. I really appreciate\lit.\pOAK: The pleasure is all mine.\pTake care.