Quantum Patterned Neural Emission: Infrared Radition of a Laser phenomena and Matrix Transitions under the Abafau Principle

This paper presents Combination connection between quantum physics and neural systems Neural impulses are modelled using Schrodinger’s spherical polar equations, comparing brain signals to electron wavefunctions. Matrix mechanics (2×2, 3×3, n×n) simulate spontaneous and laser-like neural emissions. The study introduces the Abafau Principle a brain-based version of the Aufbau principle. It shows how neurons may follow structured, quantized firing patterns like atomic energy levels. This approach offers a new quantum inspired framework for understanding brain activity.