The T2 Law

ABSTRACT:This paper presents a resonant model of stellar systems where fundamental parameters—Radius (R), Mass (M), and Luminosity (L)—are direct derivatives of the stellar corona temperature (T). Using the Sun (T = 2 million K) as a baseline, we demonstrate that the system's physical boundary at 2 trillion km is defined by the quadratic relation R = T^2 / 2. This distance is validated by the light travel time (6.67 million seconds), which precisely resonates with Newton’s gravitational constant (G = 6.674). The model is further verified using the blue supergiant Alnilam (Epsilon Orionis), showing that its observed mass and luminosity align with the proposed T-based scaling laws.