Difference between revisions of "Time Standards and Particle Interactions in a Fractal Universe, with Remarks on Gravity"
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Latest revision as of 20:10, 1 January 2017
| Scientific Paper | |
|---|---|
| Title | Time Standards and Particle Interactions in a Fractal Universe, with Remarks on Gravity |
| Read in full | Link to paper |
| Author(s) | Harry A Schmitz |
| Keywords | fractal particle, standing wave pattern, absolute time, relative time |
| Published | 2005 |
| Journal | None |
| No. of pages | 6 |
Read the full paper here
Abstract
A fractal particle is a three-dimensional, standing-wave pattern. This paper examines how fractal particles can become shorter in wavelength ? and vibrate faster ? with the passage of time. ?Absolute? time is defined independently of particles, and hence is unchanging. ?Relative? time is based on the period of oscillation of fractal particles; it changes relative to the age of a fractal universe. In this paper, a simple, elegant equation is derived to correlate these two time standards, and calculate the age of our universe. I show here how particle interactions are possible: the standing wave around a source particle interacts with the maximum energy density at the core of a test particle, resulting in a redirection of energy, i.e., a force. For a test particle starting at rest, this electrostatic force increases the kinetic energy of the test particle. Repulsion between like-particles and attraction between unalike-particles is explained by the cylindrical or spherical symmetries of fractal particles. Gravitational attraction occurs because, as particle wavelengths become shorter with time, a portion of the energy stored around the test particle gradually is released in a way that causes an attractive force.
