Dist Babble

  Rethinking Physics: Embracing Temporal Dynamics The Traditional View of Spacetime In classical physics, spacetime is treated as a 4D vector space with components: x μ = ( x , y , z , t ) x^\mu = (x, y, z, t) where x , y , z x, y, z  represent the spatial dimensions, and t t  represents time. Forces, velocities, and accelerations are expressed as vectors within this space, and time is typically treated as an independent variable. Newton's laws and Einstein's theory of relativity rely on this framework, which treats space and time as separate entities. Temporal Flows as the Fundamental Axis In my model, I propose a shift in perspective: time becomes the fundamental axis, and spatial dimensions emerge as a result of temporal interactions. Physical phenomena are not just events in a spatial vector space but arise from how time flows through space. We express this by defining temporal flow as the primary driver of physical interactions. The key quantity in this framework i...