Who is to deny that such processes incorporated into our views of today would not have drawn the cosmologist and the deeper intracies of physics, to point to our nature and it's beginnings in our universe . To raise questions about how such families were to arise from that place and time, specified and leading from one science inclination to another?
The Universe is governed by cycles of matter and energy, an intricate series of physical processes in which the chemical elements are formed and destroyed, and passed back and forth between stars and diffuse clouds. It is illuminated with the soft glow of nascent and quiescent stars, fierce irradiation from the most massive stars, and intense flashes of powerful photons and other high energy particles from collapsed objects. Even as the Universe relentlessly expands, gravity pulls pockets of its dark matter and other constituents together, and the energy of their collapse and the resulting nucleosynthesis later work to fling them apart once again.
This all fell under the arrow of time, yet would it not recognize, that such exchanges between the cycles of energy and matter to take place in that process? That such exchanges would define the natures of galaxies in there beginnings and ends, as a geometrical consistancies born out of the beginnings of this universe? How so? Could such links be made to indicate, that this universe so unique, as to arise from the first inceptions as phase transitions? Some first principle?
Connecting Quarks with the Cosmos: Eleven Science Questions for the New Century (2003)
Board on Physics and Astronomy (BPA)
Two essential conceptual features of the Standard Model theory have fundamentally transformed the understanding of nature. Already in QED the idea arose that empty space may not be as simple a concept as it had seemed. The Standard Model weak interaction theory takes this idea a step further. In formulating that theory, it became evident that the equations did