universe that can never be discovered with a derivative or a tensor. Call it an objective reality if you like. But don't leave this life without approaching the Diety and introducing yourself; if you do, the universe won't seem so cold. I liked your paper. It is immediately obvious that space exists; it is also immediately obvious that motion exists. By motion, I mean relative velocity. I've been playing with a "network" style universe where every particle is "connected" to every other particle. Is it possible that the most fundamental parameters of these "connections" are (a) relative separation and (b) relative velocity? The idea is that physics information transmits back and forth either at the speed of light, c, or some other specific velocity? That is if you think of these networks as interacting fields. Say light from a star amounts to an expanding bubble, not as a bunch of discrete photons. When the field contacts another field, or measuring device, it releases a quanta of energy from the surface of that bubble and transmits it to the receiving gravitational field. Now the traditional network model has individual lines going from every node to every other node, which would be similar to light traveling as a bunch of particular photons and thus very hard to model. I'm not clear on the strict definition of "physics information" other than particle coordinates, momentum, spin, etc. The fact that interacting particles know about each other means that the "physics information" is being used