Here's my writeup, this is a first-attempt so please offer constructive criticism if wrong: 2 labs (L1 and L2), these are like the box of shrodingers cat, they

Here's my writeup, this is a first-attempt so please offer constructive criticism if wrong: 2 labs (L1 and L2), these are like the box of shrodingers cat, they are in quantum uncertainty. 2 lab workers (Alice, Jane) 2 outside observers (Bob, Frank) Time is denoted as T0, T1, ... T0 Alice in Lab1 randomly selects heads / tails T1 Alice uses heads / tails to setup a quantum particle S T2 Jane in Lab2 reads the state of S, infers heads / tails and stores this information in a new particle Z T3 Frank reads the state of Lab2 to infer Z, S, heads/tails and determines pass / fail (pass == was heads), lets call this variable W_frank T4 Bob reads the state of Lab1 to infer S, heads / tails, and then makes his own pass / fail (pass == was heads) and that's variable W_bob Since these are separate readings on untangled particles by Bob and Frank, they can get disparate readings W_frank != W_bob This is a problem since we "collapsed" the state of W_frank -> Z -> S -> Coin, but this doesn't necessarily imply that we can known with certainty that W_bob will match (i.e. forward collapsed Coin -> S -> W_bob). Basically its just that each lab is in a quantum uncertainty (Quantum Coin is heads/tails, S is in either state, Z is in either state until measured). And making the measurement should reveal this, but there's no guarantee both collapses will result in the same outcome (so in one case the coin was heads, and the other it was tails). My conclusions: 1. There is no randomness, we just suck at measuring still 2. We are in the "many worlds" but impossible branches can't happen (reality stays consistent somehow) -- so it won't happen even though its theoretically possible 3. The forward collapse does happen, we just haven't done the experiment to verify it. In other words, the pass/fail result would change to keep things consistent (the whole system is entangled). Including the memories everyone would have about it. So maybe this is happening constantly but we just don't know it because it changes even our memories about it. 4. This experiment fractures reality, and we realize we all live in a simulation and that's where "white holes" come from :P