Monthly Archives: January 2011

E = MCC. C is a constant and C is a continuity We take the line that the speed of light is always the same in any event and in each direction. Consequently a pulse of light, emitted at a … Continue reading →

Quantum physics unsettled? In my previous three posts three commonly accepted views on the goings-on in space-time have been brought up for discussion.  A new definition for gravitation has been proposed. The idea that dimensions like lenght, width and height … Continue reading →

No dice in space-time Changes of energy or mass in space-time continuously lead to changes in the division of mass and energy, which changes again cause mass and energy to change etc. Changes in the course of time continuously form … Continue reading →

Gravitational waves do not exist According to the general theory of relativity gravitational waves are emitted by masses losing energy. However, considering that gravitation is the consequence of a continuous relation between mass and time, the impact of gravitation can be visualized … Continue reading →

The space-time-curvature delusion The general theory of relativity predicts that light is deflected by gravitational fields. Time is subject to mass also i.e. time runs slower as gravitational impact grows and vice versa. These predictions have been proven correct. Gravitation … Continue reading →