In a 'one photon at a time' double slit experiment, the interference pattern will still emerge regardless of the time delay between individual photon emissions, even if that delay spans minutes, hours, or theoretically years. This phenomenon demonstrates the fundamental principles of quantum mechanics, where the behavior of photons remains consistent over time. Additionally, introducing a laser beam between the slits and the detection screen during the emission of photons disrupts the interference pattern, as it alters the wave function of the photons, effectively scrambling their paths.
PREREQUISITESStudents of quantum physics, physicists conducting experiments in quantum mechanics, and anyone interested in the foundational concepts of wave-particle duality and interference patterns.
Yes, one dot a time.hkonstas said:In a 'one photon at a time' double slit experiment, does the interference pattern still emerges if the time delay between individual photon emissions is increased to minutes or even hours?