Based on the Everett Interpretation
Ok so you know glow in the dark pigment get some and a old Xray tube
Put 2 samples of pigment under the x-ray tube on top of each other and hit it with soft x-rays not hard, the 2 samples are now glowing and entangled because the of x-rays that passed through them and a single x-ray has enough energy to put multiple strontium atoms into an energized state so one x-ray hit multiple atoms on its way through.
You then separate the samples put one under a light meter hooked to a computer with a graph sampling at least 1 reading per second. Put the other under a powerful infrared light source that will turn on under a condition that condition being anything that could happen in the future like a stonk going up. If the stonk will go up in the future the infrared light will turn on and nuke the entanglement and this will cause the results on the graph to differ. So basically you can tell what is going to happen in the future by looking at the light intensity on the graph because when the infrared turns on the effect is retroactive ergo you can only observe it in the past.
Reference for autists: https://arxiv.org/ftp/physics/papers/0503/0503052.pdf
You can entangle the 2 samples of phosphorescent material with something like soft Xrays, Mercury lamp, laser and Beam splitter, etc basically any entangled photon source. This effect lasts the entire emission time and is retroactive provided the source of excitation is an entangled photon source.
Plz hack the system with this infinite money glitch anons.
El Psy Congroo
-John Titor
Ok so you know glow in the dark pigment get some and a old Xray tube
Put 2 samples of pigment under the x-ray tube on top of each other and hit it with soft x-rays not hard, the 2 samples are now glowing and entangled because the of x-rays that passed through them and a single x-ray has enough energy to put multiple strontium atoms into an energized state so one x-ray hit multiple atoms on its way through.
You then separate the samples put one under a light meter hooked to a computer with a graph sampling at least 1 reading per second. Put the other under a powerful infrared light source that will turn on under a condition that condition being anything that could happen in the future like a stonk going up. If the stonk will go up in the future the infrared light will turn on and nuke the entanglement and this will cause the results on the graph to differ. So basically you can tell what is going to happen in the future by looking at the light intensity on the graph because when the infrared turns on the effect is retroactive ergo you can only observe it in the past.
Reference for autists: https://arxiv.org/ftp/physics/papers/0503/0503052.pdf
You can entangle the 2 samples of phosphorescent material with something like soft Xrays, Mercury lamp, laser and Beam splitter, etc basically any entangled photon source. This effect lasts the entire emission time and is retroactive provided the source of excitation is an entangled photon source.
Plz hack the system with this infinite money glitch anons.
El Psy Congroo
-John Titor
