The failure to reconcile
RSI reads the Einstein and Bohr debates as showing that quantum mechanics predicts nonlocal correlations without explaining the reality beneath them.
Attempts to unite gravity with quantum mechanics often replace continuous spacetime with higher-dimensional abstractions or regimes that may never be tested. RSI observes that as mathematical coherence advances, ontological clarity recedes.
Einstein felt this tension early. In the 1935 EPR paper, he argued that if quantum mechanics were complete, it would allow instantaneous influences between distant systems, violating locality (the principle that effects travel no faster than light). He concluded the theory must be incomplete. Bohr replied that quantum properties have no definite meaning apart from the context of measurement. Later experiments inspired by John Bell, refined by Alain Aspect and others, confirmed correlations that local hidden variables cannot explain.
The paper reads this as vindicating Einstein's diagnosis, though not his remedy. Its broader point is that a model can compute flawlessly while staying silent about what fundamentally exists. The question is not whether the equations work. It is whether they tell us what the universe is.
From the paper: Chapter I, The Failure to Reconcile. Read the full section
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