Suchergebnisse

Essential point of the test: field source equations for gravitation.In the magnetic field and electric field torque model, it is proposed to interpret pulsation and wavelength as a pulsation field and wavelength field torque. Applying Ampère's theory (i.e. following an analogy with the source field equation of Ampère) to this pulsation field and this wavelength field field and then substituting load and current density sources with mass and pulse densities, several field source equations applying to gravitation.Among these source equations field fields of gravitation.Some of these source equations field fields of gravitation.Gauss gravitation, albeit slightly modified, are found. Somewhat more surprising, there is also the fundamental principle of Isaac Newton dynamics and the impulse relationship of Albert Einstein and Louis de Brogli.By dividing Ampère's 1st term by the 1st term of Gauss, there is a group (or similar) speed for both electromagnetism and gravitation, provided that a relationship between the constants of the field source equations concerned is verified. ; Essential point of the article: equations sources fields applying to gravitation.On the model of the couple magnetic field and electric field, it is proposed to interpret the pulsation and the wave vector as a couple pulsation field and vector wave field.Applying the Ampere theorem (ie, following an analogy with the source field Maxwell-Ampère equation) to this pulsation field and this wave vector field, and then substituting the sources charge and current by mass and momentum, we obtain equations sources fields applying to gravitation.Among these equations sources fields, we find Gauss gravitation, although slightly modified. A little more surprisingly, we also find the Newton's second law of motion and the relationship momentum wavelength of Albert Einstein and Louis de Broglie. ; Essential point of the test: field source equations for gravitation.In the magnetic field and electric field torque model, it is proposed to interpret pulsation and ...