J. Charon’s theory of complex relativity

Based on his theory of complex relativity, Jean E. Charon, theoretical physicist at the University of Paris, explained that electrons and photons themselves are microcosms equipped with mechanisms of memory and thinking.

The theory of complex relativity, in which complex numbers are used, refers to an extension of the theory of relativity. A complex number consists of a real number and an imaginary number. In physics, natural phenomena are usually described within a four-dimensional world of time and space using real numbers. In the theory of relativity as well, phenomena are described in the four-dimensional world of time and space using real numbers.

Yet, in the theory of complex relativity, the four-dimensional world of time and space in imaginary numbers is added. Hence, phenomena are described in an eight-dimensional world of time and space. The imaginary world of time and space is a “closed world” without extension; therefore, it is impossible to observe this world from the real world. Charon says that this imaginary world actually exists in the same way that our consciousness does.

Thus, the universe consists of the real, material existence and the imaginary, spiritual existence, and we are beings that can perceive these two existences. According to this theory of complex relativity, even elementary particles like electrons and photons have mechanisms of memory and thinking.