Abstract
This paper describes the theses that constitute the Theory of Dynamic In-teractions. It is the scientific legacy of its promoter, Dr. Barceló who, after more than forty years developing this research project, has published his first book in the English language: New Paradigm in Physics. This book, as well as the bibliography and videos on this dynamic theory, is described in this article, which analyzes the behavior of rigid bodies subjected to accelerations by rotational movements, contributing new hypotheses of dynamic behavior.
Highlights
The laws of Newton refer to systems in inertial references, that is, in a uniform motion or a steady state.But in our universe, celestial bodies are in constant orbitation and rotation
This paper describes the theses that constitute the Theory of Dynamic Interactions
It is the scientific legacy of its promoter, Dr Barceló who, after more than forty years developing this research project, has published his first book in the English language: New Paradigm in Physics
Summary
The laws of Newton refer to systems in inertial references, that is, in a uniform motion or a steady state. A team has been carrying out this physics research project for over 35 years, searching for nomological relations of non-inertial systems As a result, they have found laws of dynamic behavior in environments where the laws of Classical Mechanics are not applicable. Through repeated experimental tests they reliably saw how certain accepted mathematical formulations do not faithfully show the true dynamic behavior of bodies subject to accelerations by simultaneous non-coaxial rotations. In these studies founded that it is seen simultaneous intrinsic rotation and orbiting movements in nature, when until now there was no physical or mathematical model that established a scientific correlation between both movements. The author had proposed the aporia that there could be a nomological physical-mathematical correlation between both movements: rotation and orbiting
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