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30th Nov 2018

SPOILER, not real entanglement. I explain how I achieved this effect. Entanglement in TPT will likely never exist, especially not without quantum computers, but very very fast particles can act as if they are in multiple places at once

science quantum sinewiggling explain whysinefunction whysine sinewave setvxphot302 physics sinedistortion

Comments

Dovydas 1st Dec 2018

why is dis first page?
NoVIcE 1st Dec 2018

@funky3000 Why don't you just bring the B point closer to A so the photon is at the right place when it goes to B.
optimus2006 1st Dec 2018

Mom, my brain went oof again.
Someone_bad_at_tpt 1st Dec 2018

MY BRAIN HURTS
LBPHacker 1st Dec 2018

Ok yeah fixed, you don't need the console command anymore: id:2352542 (I'll leave adding the signs back to you.)
_Theo 1st Dec 2018

Works better with loss -1.01, where particles just separate and escape to infinity, or separate and then teleport to the nearest object, strange.
SpeedCat998 1st Dec 2018

nice +1 mate
LBPHacker 1st Dec 2018

Ohhhh but nothing stops you from accelerating the photon to 302 px/frame when the save is unpaused! Just hold on for a moment :P. Great save.
funky3000 1st Dec 2018

Ouch, using those estimates, if all 2.35m saves had all 235k particles and stored all 4 bits of velocity, that'd be 2 terabytes of data in velocity alone. OUCH.
funky3000 1st Dec 2018

Ahh, alrighty, that explains that one. Thanks jacob! I can see how that would save space, especially considering you can have about 235k particles at max. Doing some quick math, 235k particles with 4 bits for velocity seems to be just shy of a megabyte, so saving 700ish kilobytes seems worth it considering its just velocity

The Powder Toy

The Illusion of Entangled Particles by funky3000

Comments