@Shaun_Fosmark They figured it out but didn't realize it because we humans cannot imagine a particle as a standing wave with "spin" stuck in its own quantum gravity. But literally every equation breaks down to a wave form. Light is not a particle, we just measure the collision event as one.
Metric Emergence from Lattice Propagation Dynamics in the Lattice Field Medium Framework. What if geometry emerges? It really comes down to what you measure, doesn't it?
https://t.co/iSdbUZvD9Z
@lindaxie An explanation for Dark Energy: What we call "fields" are cubes stacked against each other. The amount of vacuum to matter ratio we measure is almost exactly the same as the ratio of edges to faces on a cube. Meaning matter moves easier through the faces of the field than edges
@QualiaQuanta You are positing there is just one big field that covers the entire universe and not many small fields? That is all I posit, one field many times over. Oh, and its a cube and the faces and edges touch. No hidden dimensions, no weird shapes that bend back on themselves. Cubes.
@QualiaQuanta It is a lot of fun, run it on your laptop and GOV-02 provides the exact substrate against GOV-01 that the 4 forces pop out. One equation tells matter how to move , one equation tells spacetime how to bend. You should examine more closely before easily saying no.
On the topic of quantum gravity and other forces, we present Lattice Field Medium: A Computational Substrate. The math works whether you like it or not..
https://t.co/wCCLnxb38o