Superluminal electron

HOW IT IS POSSIBLE 

     A principally new approach to technologies of communication is worked out on the basis of recent developments in quantum electrodynamics. The essence of the approach lies in the use of charged particles self-fields for information transfer. This field has remarkable physical properties: it is of a purely classical nature, i.e. it isn't reduced to a stream of photons and is capable of transferring information with the velocity exceeding that of light.

     It is proved, on the physical level, accepted in theoretical physics that there is no ban on superluminal signals, against the current opinion, from the standpoint of the special theory of relativity. The existence of the information field capable to transfer information superluminally follows rigorously from Maxwell's equations. Physical carriers and mechanisms of superluminal signals are revealed.

     The research conducted shows that currently there are all possibilities for development of electronic devices using superluminal signals.

     New technologies may be effectively used not only as a means of communication, but also in material science, quantum electronics, medicine, and geology.

WHY IT IS IMPORTANT

      Methods and means of communication currently existing in the world have fundamental limitations caused by the use of electromagnetic waves for information transfer. The main limitations are the following: speed of information transfer to great distances is restricted by the velocity of light in a vacuum; information exchange through obstacles created by relief, water column, and reinforced concrete constructions is impossible

     New means of communication will improve upon the existing ones in their physical characteristics: speed and range of information transfer; ability to run through obstacles; reliability of work. Development of the new technologies of information transfer will allow:

• Location of objects through various obstacles;
• Transfer of information to considerable distances in woodlands and highlands without transceivers and satellites.