Physics

PHYSICS

INDEPENDENT RESEARCHER IN THEORETICAL AND APPLIED PHYSICS FOR PAST 40 YEARS

PLEASE FIND VERY INFORMAL DISCUSSIONS OF NEW RESEARCH

INCLUDING LINKS TO RESEARCH ARTICLES PRESENTED AND INFORMALLY PEER REVIEWED ON ACADEMIA research platform AT BOTTOM OF PAGE

two 10 minute videos with very simple discussions on both mathematics and the new physics

Please excuse the very informal video's, i am no good at providing lectures.

4 videos: demonstrations of elastic communication or "robust entanglement"

(free energy)

video discussion of conforming geometries

In the past, physics has described Nature as kinetic, or existing in collisions. Today, we describe physics as something entirely new, as communication(s), or entanglement(s). Entanglement was first described by Einstein as a spooky effect from a distance. He thought he observed something affecting something else, from a distance. This was unheard of at the time. What we now know is that communications happen between all things similar. A better term for entanglement is Elastic Communication. Fundamentally, when two things in Nature present themselves to each other, symmetries may be found. If a symmetry is found, then a fabric in space is created. The distance between the communicating bodies is incorporated into to the fine structure created. This is why we misinterprete energy into four different forms, including gravity, electromagnetism and strong & weak nuclear forces. These are all one and the same phenomenon.

We call this fabric, fine structure. There are four primary types of elastic communication: the first is PELOC, or perfectly elastic communication; the second is SILOC, or semi-elastic line of communication; the third type is ILOC or inelastic line of communication, and finally, the fourth type is KE, or kinetic effect. Each has different characteristics. Entanglement then, has been renamed here as robust entanglement, as four new fields may form, one atop another, in an extended entanglement.

In Nature, we observe things to collide, we observe things like gravity and electromagnetism, strong force, weak forces etc... To explain these phenomenon we may describe how nature presents when we have more than one communication happening at once. Imagine two mirrors floating in space. You can imagine the fragile nature of the orientation in space, as light reflects off the surface, blinding you in the eyes, just ever so. Suddenly the mirrors face one another. In an instant, when geometries of the mirrors line up, a fabric or fine structure is created. This fabric stays, as long as the mirrors hold their position.

Now imagine, that there are many fruit, oranges, limes, lemons, grapefruit all floating in this space. As like species of fruit orient themselves correctly, they create fine structures. The fine structures themselves then may communicate with each other, and so on and so on. When objects enter fields, the components of the object itself, may find parts within it, to then communicate with a specific field. When an object does this, it jettisons off in the direction of the flow of the field, in an 'all of a sudden' jump in motion. The sudden start, is accompanied by a sudden stop, as the conditions that allow for the fine structures cease to exist.

As more and more things communicate, especially things that are moving, they tend to drag other things along with them. This is the conformation of systems of elastic events. Here, in observing systems of elastic events, do we observe all the phenomena like gravity etc....

A number of important things happen when we consider nature in this way. One the mathematics that we have all struggled with over the past two thousand years, can be modified; because we finally know, what causes what. We know now what and why things are the way they are and do not have to guess anymore. We don't need fancy functions of variables that each may take on an infinite number of values. Another important thing to have happen when we consider nature in this way, is that we may now manage things in a way that we have never managed them before, including things in the environment, in space travel, and in medicine. We can do all these wonderful things now, because we can communicate with the components of each of these things. We can tell atoms to move. We can tell them to form things like water. We can create environments free of gravity.

This photograph picture of a chalk board, depicts four types of fine structure, as they are created in space.

The chalkboard below, diagrams each type of elastic communication separately. The wavy lines in upper left hand corner represent the PELOC field. The second image to the right, on top, is the SILOC field. Notice this field is tilted in presentation slightly to the right. The third image is the ILOC, and is tilted slightly to the left. Finally, the fourth image on the top right of the chalkboard, in the spindle shaped KE or kinetic effect field(S). This field is created when a SILOC communicates with an ILOC field. This field appears and disappears, and shifts back and forth, back and forth, in a strange, unbelievable existence.