A sense of Temporal Physics.
A sense of Temporal Physics. My equation ∇2Φ−1cΦ2∂2Φ∂t2=ρΦ can be interpreted as describing the dynamics of discrete flows. The Φ term represents the aggregate of these flows, while ρΦ represents the "density" of temporal flow points in a given region of spacetime. The cΦ term is related to how quickly these discrete flows can change or propagate. The quantization equation Φ(t)=∫dk2π3[a(k)e−ikx+iωt+a†(k)eikx−iωt]12ω could now be seen as describing how these discrete flow points combine to form observable temporal phenomena. The creation (a†) and annihilation (a) operators could be interpreted as adding or removing discrete flow points, effectively changing the local rate of time. In the Hamiltonian H=∫dk ℏω(k)(a†(k)a(k)+12), the energy of the system could be directly related to the number and direction of discrete flow points. Positive flows might contribute positively to the energy, while negative flows could potentially contribute negatively, allowing for interesting energ...