The Real Matrix: The Quantum State Vector Tensor Field At the foundation of Quantum Information Holography is the Quantum State Vector Tensor Field—a lattice of spinning light, encoded at the Planck scale. Each qubit is a detector, each spin a slope of probability, each orientation a memory of light itself. When particles appear at the event horizon as Hawking radiation, they separate: one falls inward, the other escapes outward. The one inside is absorbed by the singularity, the one outside rad

Holographic Horizons, The Mirror of Reality Quantum Information Holography describes how everything we see is a projection from a deeper field of information. At the center is the singularity, where informatics lives — pure spin, the derivative, the source of every tick of time. At the edge is the horizon, where physics takes shape — the waveform, the integral, the sum of those ticks woven into matter and energy. The two reflect each other perfectly, like watching a movie in a mirror. Each qubit