Quantum equivalent inTPT

  • lamyipfu
    9th Apr 2017 Member 2 Permalink

    There is a saves about "Electron Entanglement" on the FP currently.
    This reminds me of one old research I had committed before my homework crashed me.
    That is, to find a phenomenon in TPT that is similar to real world's quantum entanglement,
    as being an instantaneous effect for information transfer without limitation on particle's position.

    I am aware of the existence of WIFI, PRTI as medium of position-free signal transmission,
    yet they are unfit for subframe usage,
    as LBPHacker has once proven that WIFI only transfer signal once per two frame,
    (PS: or have you fixed it?)
    and my own experiment show that PRTI do not transfer signal in a stable manner,
    but rather refuse to give SPRK occasionally.

    Then it makes sense to seek for another form of instantaneous position-free medium.

    One suggested solution is to make use of singularity(not SING) in tpt.
    Such elements must have the property of being the sole existence in an simulation.
    The elements fulfilling this criteria are SPWN and SPWN2.
    If you spawn 1 px. of SPWN using CRAY, you cannot spawn another px. of SPWN.
    (PS: strangely, CRAY created SPWN will not spawn STKM)
    As a result, a CRAY with lower particle ID will spawn SPWN, stopping later CRAY from spawning SPWN.
    If you put a controller that controls the existence of SPWN in position A,
    you can have a receiver at position B to check for existence of SPWN by trying to spawn SPWN subframely.
    If the CRAY(SPWN) at B successfully spawn SPWN, you know there is no SPWN at A.
    (PS: CRAY at B must has a higher particle ID than A's controller for 0 latency transmission)
    This creates a quantum-like entanglement across A and B that has a bandwidth of 1 bit/frame.

    There is a lot of limitations on using SPWN and SPWN2 as the bandwidth is low,
    and there can only be a pair of them in one save that it cannot be of common use.

    But you get the initial idea of one form of pseudo-quantum-entanglement.
    The essence of this form of entanglement is secretly accessing shared memory of TPT(i.e. global variables)
    to achieve the effect of position-free transmission.
    I had stopped here, but I predicted that this idea can be expanded to a more common use.

    (PS: This article has to be stopped, I got a lot of revisions and homeworks, I will come back when the semester ends if I am still alive by that time)

    Edited once by lamyipfu. Last: 9th Apr 2017
  • LBPHacker
    9th Apr 2017 Developer 0 Permalink

    jacob merged my WIFI cooldown fix, so you might as well start playing with WIFI in the latest snapshot :P

  • trashgarbage
    8th May 2017 Member 0 Permalink

    I have an idea: theres a bug in jacobs mod (there always is[I think]) where if you place n pixels of BALL that aren't touching each other, they will behave like 1 entity. For example, if 1 of these 'Entangled' pixels has a floor below it but the other one doesn't, the one without floor under it won't fall. You can combine this with PSTN or VENT or something like that to transmit data.You can have limitless amounts of particles in the same "network":

    just place them all at the same pause.If you pause, do this, unpause, then pause again, then do this again, the 2nd group is independent from the first. This means 1bit per frame (probably) per group and no limit to group count

  • lamyipfu
    9th May 2017 Member 0 Permalink

    Good idea, you can take this as your research topic.
    Just that I will not be participating as the only mod I use for tpt is tptmp and I don't plan to use other mods
    I prefer to do my researches on vanilla tpt so that everyone can enjoy its benefit.

  • jacob2
    9th May 2017 Member 0 Permalink
    @deniz1004 (View Post)
    Btw, that is a feature :). It happens when you place them while paused.
    Edited once by jacob1. Last: 9th May 2017