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Originally Posted by David Throughout the history of science the major breakthroughs have come with the better understanding of one of the main properties of matter; that is the property of motion. From falling bodies of Galileo, gravity and forces of Newton’s laws of motion, the space-time continuum of Einstein, to today’s understanding quantum physics and the vibrations of atoms and their particle structures as wave symmetry. The key is in the understanding of motion and the interactions of fundamental matter that sustains that motion; thus preserving the conservation laws that physics is based on. |
Let me throw a few fundamental ideas in, and see what response we get...
The four fundamental space geometries of FS's absolute motion:
***1.The fundamental field geometry of the universe.
***2.The fundamental cosmological geometry of the universe.
***3.The fundamental quantum geometry of the universe.
***4.The fundamental particle geometry of the universe.
What is the entire description of these individual aspects of absolute motion, of both the deep space field, before; and the space field after the major universal event, of big-bang/small-bangs/black hole/first star/inflation, or whatever one chooses to call it? Is the field geometry the same, or different, before and after the event? How many different directions and shapes do the waves move and take, to form the event? Is there a true description of the cosmology, befor the event___Dark matter/energy, whatever? What are the differences of the quantum geomentry, before and after the event___In/out/random/linear/chiral/uniform waves, etc.? When does the first true particle form, before, during or after the event?
That should be enough for a starter...
Regards,
Lloyd