Information Quantum Mechanics

Thomas Dittrich

Erick Francisco Perez Eugenio

We show that Quantum Mechanics is consistent with the λ-dominant regime of the Law from Bit framework, where information is predominantly distributed rather than localized. Bell's theorem and its experimental confirmations established that quantum correlations cannot be explained by local hidden variables. We interpret this as information operating in λ-mode. Combined with Paper V (GR as α-regime), this suggests GR and QM are complementary descriptions connected by α + λ + 1/2 = 0.

Peter Verheyen

Quantum mechanics: Are we seeing reality as it is? Dr Peter Verheyen from the Sola Society and Academy at Vienna University examines whether quantum mechanics and information serve as the fundamental descriptions of reality. Anton Zeilinger, Alain Aspect, and John F. Clauser were awarded the 2022 Nobel Prize in Physics for their contributions to Quantum Mechanics, establishing QM as the foundation of reality. ‘Einstein was wrong, God plays dice, Quantum Mechanics rules.’

Gregg S. Jaeger

Yoshida, S, ChatGPT, A., Claude, C. +1 more

This bridge paper (V19.5) connects V19 (Planck Clock Principle) and V20 (Unified Theory) by reframing quantum superposition, observation, and entanglement as manifestations of a single generative mechanism: the Principle of Layered Information. In this framework, information is never deleted; observation is a commit to a dominant layer within a cumulative memory phase, denoted $\phi_{g}$. We provide a compact mathematical formulation, demonstrate compatibility with standard quantum mechanics (QM), and articulate testable predictions that link quantum phenomena with informational memory and gravity.