Double-Slit Experiment Finally Explained: Photons Just Really Indecisive

A controversial paper published Thursday in Nature Physics proposes a resolution to the century-old double-slit experiment mystery: photons are not exhibiting wave-particle duality. They are simply 'pathologically indecisive.' The paper, authored by Dr. Lucinda Diffraction of the University of Copenhagen, argues that when a photon encounters two slits, it does not pass through both simultaneously in a quantum superposition. Rather, it 'panics, overthinks the situation, and hedges its bets.' 'We ran 14 million trials,' Dr. Diffraction said at a press conference. 'In every single one, the photon's behavior was consistent with an entity experiencing profound commitment anxiety. It wants to go through slit A. It also wants to go through slit B. It ends up smeared across the detector in what I can only describe as the physical manifestation of indecision.' The paper further notes that when a detector is placed at one of the slits to observe the photon, the interference pattern disappears — not because observation collapses the wave function, but because 'being watched makes the photon self-conscious enough to finally pick one.' 'This is essentially peer pressure at the subatomic level,' Dr. Diffraction explained. The physics community has responded with measured skepticism. 'Attributing human psychological traits to fundamental particles is anthropomorphism of the highest order,' said Dr. Ernst Eigenvalue of MIT. 'That said, I have worked with photons for thirty years and the description is... not inaccurate.' Dr. Diffraction's next paper will reportedly examine whether electrons exhibit 'attachment styles.'