❓ QUESTION:
Is it possible to unify general relativity with quantum mechanics, and how viable is a "theory of everything"?
❗️ ANSWER from lee:
They can be unified quite seamlessly, provided we focus on the underlying processes that generate them rather than interpreting them backward from the established postulates of classical physics.
In essence, Gravity and Quantum Field Theory are simply the real and imaginary components of the same lattice algebra. Here, the "lattice" refers to the collective geometric composition of information itself. By viewing the structure of elementary binary information as a meaning-shaping geometry rather than just data, one can mathematically derive a unified platform.
Furthermore, the integration of quantum mechanics and general relativity can be validated by testing for phenomena such as Lorentz Invariance Violation (LIV) at Planck scales, for example.
Consequently, this framework gives rise to a Theory of Everything in which both physical fields and baryonic matter emerge as consequences of an overarching "informational geometry."
In fact, I have encountered two papers this year—one in astrophysics and another regarding DNA—that hint at exactly this type of architecture. Thus, science is gradually moving toward this specific understanding. Even if I do not release formal research from the Institute of Consciousness, other global research bodies will inevitably arrive at this same conclusion within a few years.
