Mass and entropy have never been quantized

The ultimate conservation law defines our universe as a quantum system aka quantum computer with a fixed size hard drive containing a finite amount of quantum information. The information is stored on a closed 2-D surface that is quantized by units of Planck area. The amount of quantum information in the system is defined by radius squared, (R^2) measured in Planck area. This must be measured at 1 thermal degree of freedom. A state of maximum entropy. This is defining a holographic horizon for our finite universe. We can completely define our Universe at all moments in time by showing that every change in entropy increases the size of the horizon. The mass of the universe is equivalent to the horizon area times the surface density at all moments in time. The horizon is a time like light cone. With this description we can completely define our Universe by size, by quantizing mass and entropy. Mass and entropy have never been quantized.