This was a fun paper to write -- it forced me to find value in many otherwise unused mathematical processes learned in HS and college. Gravity is predicted by a graded time dilation field!

Causal Mechanism for Gravity: https://goo.gl/bWtqwT

Black Holes and Information Loss has been a long time coming. The philosophical problems I've personally had with black holes were the driving force for my entire education. The questions I would ask would never be answered in a way that satisfied me. Like a child beginning to question Santa Claus, but realizing the massive conspiracy required for those doubts to have merit, I continued studying the theory of black holes until I had convinced myself that they are, indeed, misunderstood.

In the end, black holes were a Godsend. My insistence on understanding the answers to all of my questions is a trait I probably would not have had in a formal classroom setting; I would have been too busy taking notes and presuming that the rest of the class was understanding what the professor was telling us. Black holes, in my opinion, really are a case of "the Emperor has no clothes."

Causal Simplification of Time Dilation attempts to transform the time dilation functions due to motion and gravity such that they are equivalent.

Discerning Between QM Interpretations discusses a categorization of various interpretations based upon their physical treatment of a mixed quantum state. A test is proposed whose results may tell us which category more closely reflects reality.

 Null Space Framework and EM Mass is my pet model. It's far from complete but I believe it has the potential to be a legitimate "theory of everything". It can account for quantum actions in a time-symmetrically deterministic, local and real manner.