From Quantum Mechanics to Chronomorphy

Beschreibung

Part I explores quantum mechanics from a fresh angle. Instead of treating the wave function as a mere probability amplitude, it interprets it as a structured temporal flow. Building on the Schrödinger equation, de Broglie’s early insights, and later extensions, this part develops an alternative perspective on quantum theory—one in which time itself gains structural meaning. Crucially, this approach does not remain at the level of interpretation. It proposes empirical tests where outcomes may no longer be attributed to pure chance alone. Part II presents a condensed and practice-oriented version of the author’s earlier book. It illustrates how the method of time selection (Zeitwahl) can be applied in a concrete setting, showing in detail how empirical patterns emerge from temporal choice. By placing the technical core alongside the theoretical framework, this part provides readers with both a practical toolset and a direct entry point into the broader perspective developed in Part I. Part III extends the framework to cosmology. Evidence from Part II shows that quantum-like effects are not confined to the microscopic domain but arise across scales whenever processes are sufficiently rich in temporal structure. In this view, black holes appear as oscillatory concentrations of time energy, and cosmology itself takes on a cyclical form: coherence accumulates, condenses, and restarts the universe.

Autor*in

Peter Paul Lehleiter
Dr. Peter Paul Lehleiter studied mathematics with minors in physics and computer science at Karlsruhe University (today Karlsruhe Institute of Technology, KIT), graduating with distinction (“very good”). His professional career outside academia began as an actuary. A few years later, he once again demonstrated his versatility and, during the IT crisis of 2000/2001, established himself as a developer of business application systems, primarily within large international projects. Yet his fascination with the universe in general and with time in particular, never left him. In this volume, he brings together the essential aspects of his thinking and research. He presents a simple yet profound temporal structure that reaches beyond the conventional clock time and substantiates his theses with statistical evidence. The implications for natural science are considerable. The book also provides prompts for further experimental exploration to complement and round out the work.

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