Website Launch (2025-12-01)
This website was established with the aim of promoting a unified understanding of quantum mechanics and the theory of relativity.
SourceINTRO
QCone proposes a causal, light-cone–based model of the Heisenberg cut, aiming to reconcile quantum probabilistic events with relativistic spacetime.
Einstein famously asserted that “God does not play dice,” defending a deterministic worldview in which every physical process unfolds as predetermined from the origin of the universe.
In contrast, our research begins from a different standpoint—one that accepts quantum probabilistic events (QPEs) as an inherent part of physical reality. For example, the stochastic detection of individual photons by retinal rod cells exemplifies the probabilistic nature of observation itself. From this standpoint, the classical determinism that Einstein upheld must be relinquished. Yet this does not mean rejecting determinism altogether; rather, it must be reinterpreted—not as a universal law, but as a statistical property emerging from systems governed by quantum probabilistic events.
The existence of such events ensures that physical information is locally updated on the forward light-cone emanating from each QPE. When this information update is regarded as a state update, a new path emerges for addressing the unresolved problems of quantum mechanics. The light-cone model of state update offers a potential key to reconciling wave–particle duality, apparent nonlocality, and the measurement problem within a single causal framework.
The light-cone model of state update arises within a new physical worldview—the Present Spacetime Diagram (PSTD)—a representation of spacetime anchored in the observer’s present location as a shared, intersubjective origin.Through this lens, quantum processes are understood as being inherently embedded within the relativistic causal structure of spacetime, where causality itself provides the framework for quantum evolution.