In Quantum Information Holography (QIH), time dilation is understood as a result of how quantum information flows and interacts. Imagine every point in the universe as a tiny "clock" made of quantum information. When something moves very fast or is near a massive object (like a black hole), the flow of this information slows down from our perspective. Instead of thinking about speed directly, QIH uses the angle and frequency of this quantum information to explain how time stretches or compresses. It’s like watching a spinning fan: the faster it spins, the harder it is to see the blades clearly. In QIH, time "slows down" when the quantum information encoding it moves faster or is warped by gravity. In the video I created, I also mention that the speed of light c is fundamental in QIH. Each qubit, the basic unit of quantum information, is treated as if it exists at c, making c^2=1 in QIH’s Lorentz factor. This simplifies Einstein’s equation, tying it directly into QIH. Additionally, velocity v in Einstein’s equations is replaced with angular frequency (ω)—the rate at which quantum states change over time. In QIH, ω describes how quantum information rotates or shifts on a tiny “sphere” of possibilities. This subtle redefinition makes time dilation about the quantum “spin” of information itself, seamlessly connecting Einstein's relativity to the quantum world and showing how space, time, and information are deeply intertwined. #jasonpadgett #QIH #HolographicUniverse #RedPill #timedilation