Using 1986 PEP collider Bhabha scattering data, the authors set a 95% confidence upper bound of ε < 0.042 on a Gaussian angular smearing parameter modeling Born-rule violations.
Beyond the Quantum
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abstract
At the 1927 Solvay conference, three different theories of quantum mechanics were presented; however, the physicists present failed to reach a consensus. Today, many fundamental questions about quantum physics remain unanswered. One of the theories presented at the conference was Louis de Broglie's pilot-wave dynamics. This work was subsequently neglected in historical accounts; however, recent studies of de Broglie's original idea have rediscovered a powerful and original theory. In de Broglie's theory, quantum theory emerges as a special subset of a wider physics, which allows non-local signals and violation of the uncertainty principle. Experimental evidence for this new physics might be found in the cosmological-microwave-background anisotropies and with the detection of relic particles with exotic new properties predicted by the theory.
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First constraint on Born-rule violations at high-energy colliders
Using 1986 PEP collider Bhabha scattering data, the authors set a 95% confidence upper bound of ε < 0.042 on a Gaussian angular smearing parameter modeling Born-rule violations.