The Theory of Entropicity (ToE) and the Bomb Tester Gedanken Experiment of Elitzur-Vaidman

The Theory of Entropicity (ToE), developed by John Onimisi Obidi, reinterprets the Elitzur–Vaidman bomb tester by arguing that a bomb is detected not through direct photon interaction, but by altering the “entropic landscape.” The bomb’s presence restricts possible paths, changing the system's entropy andBreaking the interference structure. The bomb's mere potential existence in one path causes this effect. 

Key Aspects of ToE and the Bomb Tester:

• Entropic Field: Unlike traditional interpretations, ToE treats entropy as a fundamental field that generates spacetime and governs physical reality.
• Irreversible Consequences: In the bomb tester, the bomb acts as an entropy constraint. Its presence changes the possible outcomes from reversible (interference) to irreversible, notifying the detector even if the photon doesn’t physically strike the bomb.
• Non-local Detection: Because the entropic field cannot change instantaneously, the presence of the bomb affects the overall structure of the setup's informational flow rather than just a local collision.
• Reframing Quantum Mechanics: ToE explains the bomb detection by removing the observer's central role, substituting it with the "entropic field". 

The Theory of Entropicity thus explains that the bomb experiment works because it forces a distinction in the available entropy, allowing the detection of the "dud" (or the live bomb) without physical contact. 

Do you have specific questions about how this theory relates to other aspects of quantum measurement?