Yes, all of the rules of conservation and expenditure of potential distribution over manifold surface areas may be explored, possibly in parts applied. PH says

Yes, all of the rules of conservation and expenditure of potential distribution over manifold surface areas may be explored, possibly in parts applied. PH says electromagnetic waves are linear though I believe he has mistaken his sensory dimensions for the extent of universal expansion. It is exactly where there are vectors that dimensionality changes, it adds a new scalar coordinate system and allows more information (discernible disposition), etc. Electromagnetic waves aren’t just intensity, they like gravity extrapolate and create features in the time space of existential reality. We calculate these behaviors linearly, yet reality doesn’t calculate, it distributes potentials (such as EM) over surface areas (such as space time, or intensity). Where drawn further from fundamental forces, a priori aspects of both reality (existential aspect of universal potential distributing), information (reduction of uncertainty, that is the resolve of potential/uncertainty of distribution), and intelligence (mitigation of uncertainty, the forward determiners for determinant resolve) might be seen in new ways.