What's New In Energy Physics - Revised July 6, 2009

The earth circles the sun every year and revolves on its axis of rotation every twenty-four hours. That we already know.

So maybe we should already be asking ourselves what's new in energy physics or particle physics that not only tells us the elementary constituents of matter and radiation, and the interactions between them but how precisely do these systems come to be?

Many elementary particles do not occur under normal conditions in nature, but can be produced and detected during energetic collisions of other particles, as is done in particle accelerators. Enquiry in this area has produced a long list of particles. But now we have some new research that also tells us what light and energy really are, and the real structure of the atom.

There are real problems in energy physics or if you like superclassical physics after the quantum/relativity fiasco, that we have to admit some new light on the matter. Some notions are so basic to our view of life that we take them for granted. And while advanced particle physics or energy physics research is focused on subatomic particles, which have less structure than atoms there is some new research now that teaches us better scientific explanations/theories of current atomic light problems in energy physics so that basic formulas for new energy need to be changed.

So let's just name three new rules for energy physics:

1. No magic. All things are conserved. Things do not appear that were not there before, and things do not just vanish.

2. There are only two kinds of things to deal with: (a) matter, or mass, (b) forces, either gravitational or electrical charge, positive or negative-,

3. Any configuration of the above two kinds of things (a and b) can be considered or prescribed and the item has parameters according to the laws of physics.

There are more rules of course but we are affected here by space so for readers wanting more data please see www.science-books.info

Energy physics is thankfully not in the seventeenth century and now we have such new research workers as Alan H. Grundy (the discoverer of the thermon) who have opted to enlighten us all. For that we owe him a debt of gratitude.

He has bravely remade the world of energy physics into a much more understandable place.

His book, The Next Step In Physics, Chemistry And Astronomy tells it like it should have been told 100 years ago!

In energy physics we can now say that the new basic constituents of the Universe are: the Nucleon, the Electron, the Positron and the thermon. These are the four basic constituents of the Universe. Period.