Abstract
AbstractAn attainable way to understand why we must reasonably doubt about a definite aspect of Albert Einstein´s geometric theory of gravitation, when he denies the character of force for gravity, is throughout the history of Relativity Principle and Inertial Law, from its postulation by Galileo Galilei, its rectification by Newton for the infinite space without resistance to movement, its transformation in the Special Theory of Relativity to receive the Constancy Principle of the Speed of Light, and its final role in the General Theory as a way to explain gravity by means of the solecurvature of space.Keywords: gravedad, inercia, movimiento, teoria, Logica de la Representacion.
Highlights
An attainable way to understand why we must reasonably doubt about a definite aspect of Albert Einsteins geometric theory of gravitation, when he denies the character of force for gravity, is throughout the history of Relativity Principle and Inertial Law, from its postulation by Galileo Galilei, its rectification by Newton for the infinite space without resistance to movement, its transformation in the Special Theory of Relativity to receive the Constancy Principle of the Speed of Light, and its final role in the General Theory as a way to explain gravity by means of the sole curvature of space
El lector sólo ha de tener presente desde el principio lo por todos conocido acerca del fenómeno gravitacional, manifiesto en los siguientes hechos: los planetas, estrellas y galaxias rotan sobre sí mismos; los satélites rodean sus fuentes en órbitas cuasi-circulares; y los graves se mantienen adheridos a las superficies de los cuerpos celestes o caen de inmediato hacia ellos si se sueltan desde la altura
De ahí el por qué la forma de la ecuación de caída de los graves: s = 1⁄2 g t2, es idéntica a la de la aceleración lineal en el vacío: s = 1⁄2 a t2, si restamos la resistencia del aire y entendemos que g aumenta progresivamente en el movimiento de caída, según sucede con las velocidades orbitales, cada vez mayores al decrecer la distancia al centro de gravedad
Summary
An attainable way to understand why we must reasonably doubt about a definite aspect of Albert Einsteins geometric theory of gravitation, when he denies the character of force for gravity, is throughout the history of Relativity Principle and Inertial Law, from its postulation by Galileo Galilei, its rectification by Newton for the infinite space without resistance to movement, its transformation in the Special Theory of Relativity to receive the Constancy Principle of the Speed of Light, and its final role in the General Theory as a way to explain gravity by means of the sole curvature of space.
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