An analysis of the mechanics of quantum entanglement yields an understanding of our physical universe. Building a theory around the real way that photons, atoms, and molecules entangle simultaneously solves the riddle of the quantum leap, of electron theory, of the real nature of the so-called weak and strong forces, and of quarks. This is not an exhaustive list. An understanding of QE is a logarithmic leap of knowledge.
I have been dancing around the issue of the "medium" - as I have been calling it. This is of course for political reasons. I do not name what it is, because mind foreclosure of many causes an instant disconnect. For those who still believe in the Michelson-Morley experiment, there is a nice book that thoroughly debunks the entire experiment on multiple levels. To the entries in the book, I would add that the assumption of the medium as having gas-like properties all the time is grotesquely out of touch with science, in and of itself. The "medium" is lyotropic, which is neither always a gas, nor a solid, nor a liquid - and more approximates a plasma.
I have been dancing around the issue of the "medium" - as I have been calling it. This is of course for political reasons. I do not name what it is, because mind foreclosure of many causes an instant disconnect. For those who still believe in the Michelson-Morley experiment, there is a nice book that thoroughly debunks the entire experiment on multiple levels. To the entries in the book, I would add that the assumption of the medium as having gas-like properties all the time is grotesquely out of touch with science, in and of itself. The "medium" is lyotropic, which is neither always a gas, nor a solid, nor a liquid - and more approximates a plasma.
The book is "The Golem" by Collins and Pinch.