Antoine J.H. Acke

Katholieke Hogeschool Sint-lieven, Ghent, Belgium · Industrial Engineering

This article is about the physical nature of the fields that mediate in the gravitational and in the electromagnetic interactions. From Newton’s law of universal gravitation we deduce the concept and the definition of “gravitational information” (or “g-information”) and from Coulomb’s law the concept and the definition of “electric information” (o...

This book focusses on the explanation of the gravitational interactions and phenomena as they are described and understood in the framework of gravitoelectromagnetism (GEM). GEM is a classical field theory, that is starting from the idea that the gravitational field must be isomorphic with the electromagnetic field in a vacuum. It is an extension o...

To describe the divers aspects of the gravitational and the electromagnetic "actions-at-a-distance", classical physics has introduced the field concept: the gravitational and electromagnetic vector fields are defined as the entities that mediate in respectively the gravitational and the electromagnetic interactions. The theory of informatons develo...

According to the gravitoelectromagnetic description of the gravitational phenomena, the Maxwell-Heaviside equations (GEM equations) govern the gravitational field. In this article these equations are mathematically deduced from the kinematics of the “informatons”, that – according to the “theory of informatons” - are the constituent elements of tha...

In this article it is shown that “gravitational waves” are embedded in the gravito-magnetic description of gravitation. The GEM-equations (or the “Maxwell-Heaviside” equations) imply the possible wave character of the g-field and of the g-induction; an oscillating point mass with invariable rest mass is the source of a gravito-magnetic wave propaga...

In the context of classical physics, Newtons law of universal gravitation describes the attraction between two mass particles separated in space. In the same context a vector field {Eg} , that is not associated to anything substantial, has been introduced as the entity that mediates in the gravitational interactions. In this article we will show t...

In the article “Newtons law of universal gravitation explained by the theory of informatons” the gravitational interaction between mass particles at rest has been explained by the hypothesis that g-information carried by informatons is the substance of the medium that the interaction in question makes possible. It has been showed that, on the macro...

In the articles “Newtons law of universal gravitation explained by the theory of informatons” and “The gravitational interaction between moving mass particles explained by the theory of informatons” the gravitational interaction has been explained by the hypothesis that information carried by informatons is the substance of gravitational fields, i....

In this article we show that the description of the gravitational field as a cloud of g-information implies the phenomenon of “gravitomagnetic” or “gravitational waves” and that accelerated mass particles and radioactive decay are sources of such waves. It is also shown that a gravitomagnetic wave propagating in a certain direction can be understo...

This book focusses on the explanation of the gravitational interactions and phenomena as they are described and understood in the framework of gravitoelectromagnetism (GEM). GEM is a classical field theory that is starting from the idea that the gravitational field must be isomorphic with the electromagnetic field in a vacuum. GEM is an extension...

To describe the divers aspects of the gravitational and the electromagnetic "actions-at-a-distance", classical physics has introduced the field concept: the gravitational and electromagnetic vector fields are defined as the entities that mediate in respectively the gravitational and the electromagnetic interactions. The theory of informatons develo...

This book focusses on the explanation of the gravitational interactions and phenomena as they are described and understood in the framework of gravitoelectromagnetism (GEM). GEM is a classical field theory that is starting from the idea that the gravitational field must be isomorphic with the electromagnetic field in a vacuum. GEM is an extension...

The phenomenon that material objects can influence one another “at a distance“ provokes the idea that they, in one way or another, must exchange data about their presence in spacetime. In an earlier article we have developed this idea to explain the gravito-electromagnetic description of gravitation[1’]. Now we will do the same in order to explain...

In this article we explain the gravito-electromagnetic (GEM) description of the gravitational interactions and phenomena by the hypothesis that “information” is the substance of gravitational fields. The constituent element of that substance is called an “informaton”. The theory starts from the idea that any material object manifests itself in spac...

In this article it is shown that Newton’s law of universal gravitation perfectly can be deduced in the framework of gravito-electromagnetism (GEM). This means that a vector theory of gravity does not necessary lead to repulsion. Keywords: gravito-electromagnetism, gravitation, theory of informatons

In this article it is shown that Newton’s law of universal gravitation perfectly can be deduced in the framework of gravito-electromagnetism (GEM). This means that a vector theory of gravity does not necessary lead to repulsion. Keywords: gravito-electromagnetism, gravitation, theory of informatons

The theory of informatons unifies gravito-electromagnetism (GEM) with electromagnetism (EM) by the hypothesis that "information" is the substance of GEM- and of EM-fields. The constituent element of that substance is called an "informaton". The theory starts from the idea that any material object manifests itself in space by the emission - at a rat...

The phenomenon that material bodies can influence one another "at a distance" provokes the idea that they, in one way or another, must exchange data about their presence in spacetime. In an earlier article we have developed this idea to explain the gravito-electromagnetic description of gravitation[1]. Now we will do the same in order to explain el...

The phenomenon that material bodies can influence each other "at a distance" provokes the idea that they , in one way or another, must exchange data about their presence in spacetime. In this article we develop this idea: we explain the gravito-electromagnetic description of the gravitational interactions by the hypothesis that "information" is the...

In 1748 Georges-Louis Le Sage proposed in his "Essai sur l'origine des forces mortes " a mechanical explanation for the phenomenon of gravitational interaction by introducing tiny invisible particles. He inspired many others but it has been shown that kinetic models violate the principle of conservation of energy. In this article, we propose an exp...

In the paper "GRAVITATION AND ELECTROMAGNETISM - introduction to the theory of informatons" (www.wbabin.net/astro/acke2.pdf ), we explained the gravitational and the electromagnetic phenomena through the mediation of "informatons". We started from the hypothesis that any material object manifests itself in space by emitting informatons. These are d...

The theory of informatons unifies gravito-electromagnetism (GEM) with electromagnetism (EM) by the hypothesis that “information” is the substance of GEM- and of EM-fields. The constituent element of that substance is called an “informaton”. The theory starts from the idea that any material object manifests itself in space by the emission - at a ra...

Under the heading "gravito-electromagnetism"(G.E.M.), the analogy between gravitational and electrical phenomena that is expressed by Newton's law of universal gravitation and Coulomb's law of electrical interaction, is extended to a formal analogy between the gravitational and the electromagnetic fields. In this paper we present an introduction to...

Update of the English abstract of the paper "GRAVITIE EN ELEKTROMAGNETISME" published sep 26, 2009 in "The general science journal". With the theory of informatons * we present a new theory that explains, in a simple way, the phenomena and the laws of the gravitational and the electromagnetic interactions. We introduce the term information in physi...