Science advances through the careful formulation of postulates—assumptions taken as true without proof—and the derivation of theorems from those assumptions. When predictions fail, the postulates must be revised. This is how we inch toward truth.
The Standard Model's Postulates
Modern physics rests on foundational assumptions: that physical processes are deterministic, that information cannot travel faster than light, that conscious observation does not fundamentally affect physical outcomes. These postulates have served us well, producing technological marvels and deep understanding of nature.
But anomalies accumulate at the edges. Quantum entanglement, the measurement problem, the hard problem of consciousness—these challenges may require us to question our most basic postulates rather than simply adding complexity to our models.
Can You Prove Me Wrong?
The title is more than rhetorical. In science, a theory must be falsifiable—it must make predictions that could prove it wrong. If a claim cannot be tested, it may be interesting philosophy, but it is not science. Psi phenomena, consciousness, and the nature of reality all require this standard of rigor.
The exploration of truth demands intellectual humility. We must be willing to abandon assumptions that no longer serve, even as we defend the discipline of evidence-based inquiry.