In 1801, Thomas Young revolutionized science by demonstrating that light behaves as a wave, leading to the foundation of Quantum Mechanics. The double-slit experiment showcased the wavelike nature of light and the probabilistic outcomes of subatomic events. Further exploration using quantum entanglement revealed a paradox where observing one photon altered the behavior of its entangled twin, seemingly influencing the past. The complex interplay between particles, waves, and time-traveling photons challenges traditional notions of physics. This exploration sheds light on the fundamental nature of light and matter, highlighting the interconnectedness of quantum phenomena.
https://drgblackwell.substack.com/p/time-warp-delayed-choice-quantum