Hasil untuk "Metaphysics"

Michael Esfeld

Victor A. Panchelyuga, Maria S. Panchelyuga

This paper continues the study of the period spectrum, first discovered in 2015, for the range of 1-120 minutes. Because it was discovered in time series of fluctuations in processes of various natures, this spectrum was named the “universal period spectrum.” Its coincidence with circahoralian rhythms, which are present in the dynamics of practically all biological systems, is demonstrated. The fractal nature, universality, and global nature of this spectrum suggest its general-system nature.

Kevin Morris

Abstract: With a few exceptions, F. H. Bradley has become a forgotten figure in the history of philosophy. The author argues that Bradley's thoughts on relations are at least relevant to assessing the status of nonreductive physicalism as a comprehensive metaphysic and, moreover, that they can be seen to raise some nontrivial challenges to nonreductive physicalism so understood. In pursuing this line of thought, he considers two of Bradley's regresses in Appearance and Reality —the better known "chain" regress and the lesser known "fission" regress—and explains their relevance to nonreductive physicalism.

A. S. Kharitonov

We have developed the concept of a single and holistic reality, consisting of the interaction of realized and potential events through the spontaneous occurrence of information resonance, changing three entities at once, in six ways, but maintaining the amount of realized information. The repetition of information resonance, generating a new structure, forms a boundary for a complex system and increases memory in it. We described information resonance with a symmetry equation for three classes of dynamic variables. The repetition of information resonance satisfies the recurrent equation leading to the golden proportion. Mathematical operations already with the golden ratio made it possible to introduce algebraic fractals of the golden ratio, the properties of which satisfy the Pythagorean theorem, and on their basis to derive the natural series and Euclidean geometry, bringing science closer to understanding the physics of a living organism. Between various complex systems, their own informational, energetic and material interactions arise, leading to their natural selection for survival.

Michael J. Ardoline

Victor A. Panchelyuga, Maria S. Panchelyuga

The paper provides a brief overview of N. Tesla’s experimental work related to the wireless transmission of electrical energy. A number of experimental works are also presented, which can be considered as a direct continuation of the research begun in the works of Tesla. These experiments, in total, show the possibility of the existence of longitudinal electromagnetic waves. The most convincing evidence of the existence of longitudinal waves comes from experiments in underwater radio communications.

Jeffery Kinlaw

Elizabeth C. Shaw, Staff, James Chamberlain

Lawrence Feingold

David Ingram

Paul J.J.M. Bakker

Malcolm Schofield

William Hamilton

Robert Kraut

Pierre-François Moreau