Unified Electromagnetic and Gravitoinertial Fields Theory - Gobbi, Julio
26,99 €
inkl. MwSt.
Versandkostenfrei*
Versandfertig in 6-10 Tagen
payback
13 °P sammeln
  • Broschiertes Buch

For many decades the scientific community has been looking for a theory that unifies the electromagnetic and gravitational equations. This book was written for researchers and physicists with this same objective, keeping the focus on Classical Physics. To do this, it was adopted the following procedures: 1) Correction of the equations that present inconsistencies, as is the case of the magnetic flux, to evidence the complete symmetry between electric and magnetic equations; 2) Addition of missing equations, as is the case of those related to magnetic and mechanical fields; 3) Formatting of the…mehr

Andere Kunden interessierten sich auch für
Produktbeschreibung
For many decades the scientific community has been looking for a theory that unifies the electromagnetic and gravitational equations. This book was written for researchers and physicists with this same objective, keeping the focus on Classical Physics. To do this, it was adopted the following procedures: 1) Correction of the equations that present inconsistencies, as is the case of the magnetic flux, to evidence the complete symmetry between electric and magnetic equations; 2) Addition of missing equations, as is the case of those related to magnetic and mechanical fields; 3) Formatting of the mechanical equations according to the electromagnetic model, to use the same mathematical tools. All these procedures are described with mathematical details. The Maxwell's equations are complemented to include the magnetic current and a set of mechanical equations equivalent to the electromagnetic Maxwell's equations is produced. A new inertial field is exposed that interacts with the gravitational field, and this links the speed of light to the mechanical equations. Finally, it is produced a unified equation that may reproduce all the others.
Autorenporträt
Julio C. Gobbi graduated in electrical engineering at UFRGS and physics at UnB in Brazil. Has professional experience with airport infrastructure. Currently researches free energy and alternative propulsion systems.