From Quantum Mechanics to Chronomorphy
New Thinking of Time
ISBN 978-3-9826647-2-9DetailsPublishing · Research · Documentation
Chronomorph Verlag publishes works devoted to a real concept of time that is more general than the Einsteinian concept of time operationalized by synchronized clocks.
The more general concept of time is operationalized on two levels. In quantum mechanics, several investigations have assembled arguments that the Einsteinian concept of time is not adequate for quantum mechanics. Following extensive further research, a more general model of time was proposed. Its first operationalization used Bohmian trajectories. These are understood not as real particle paths, but as representations of a temporal structure that orders possible events. On the macroscopic level, another approach becomes available by reversing the reduction of time to what clocks display and returning to older, more complex methods of calendar formation and time determination.
In general, clock time gives way to process time, represented by the ordered sequence of real events and by the latency structures within which those events become possible. This time is not an external, global parameter, but a process-relative substructure immanent to the respective process. Moving beyond clock time therefore does not eliminate time; it expands its concept.

The programme
The central issue is not an additional entity, but the question of which temporal structure the quantum-mechanical formalism already contains.

Featured publication · German
Approaches to an Abstract Chronomorphy
The book develops an expanded concept of time and combines its conceptual investigation with extensively documented empirical analyses. Supplementary files enable independent verification of the calculations.
Further books
New Thinking of Time
ISBN 978-3-9826647-2-9DetailsEvidence Taking with Historical Findings and a Structural Pleading
ISBN 978-3-9826647-5-0DetailsA Talk at QIP26 in Växjö with an Extended Question Catalogue
ISBN 978-3-9826647-8-1DetailsResearch programme
Chronomorphy asks not only what clocks display, but how time manifests itself in the ordering of possible and actual events.
The current research investigates the wave function as the carrier of a temporal phase structure and develops from it the concept of event latency.
Books, preprints, and supplementary datasets document the arguments so that premises, calculations, and empirical findings can be examined independently.
Open materials
Preprints, test protocols, and datasets are brought together with a clear description of their respective status.
Read the preprint