Abstract

Field Structures begins with a discussion of the concept of action, the simplest notion we have about anything. FST shows a structural system that postulates a loop of action and then shows how these loops of action can interact to produce three-dimensional action event that organize fractally according to Field Structure mechanics to produce energy and mass structural systems that in nature are the fundamental boson/fermion particles. Field Structures show with working models (that will be shown and demonstrated) how action organizes itself. These are structures that are unique and new to science. Field Structure Theory will show how it is possible to begin with the simplest of all possible notions (action), produce radiant energy waves which interact with themselves to produce closed standing waves, which in turn interact to produce a particle, which interact at a higher field order to form atoms, and so on up the hierarchy to molecules, and beyond; all this made possible by a simple loop of action. I will briefly review the basic building block forms shown at Storrs meeting in 2005, and then go on to show exactly how these structures can determine particle characteristics. Field Structures show how fields can be understood supporting the idea with charts, graphs and tables in a Power Point presentation how fields and particles are related. The 3-D 'stop time' models to be shown and demonstrated freezes the blistering motion of a particle so their inherent and underlying structure can be examined at our scale of experience. Once the structural system is explained, and due to the limitations of presenting time, the presentation will only be able to show two important issues in physics: 1) how these Field Structures generate the known mass values with which physics is familiar, and 2) why there are only two stable rest mass particles, the electron and proton. This presentation will not be physics as you know it. This approach had to be taken in order to understand where mass values come from. It is a new way of seeing physical reality as the end result of structuring together loops of action to form spatial events that delineate motion, momentum and position.