Holographic display system

Claim 1

A holographic display system comprising: a plurality of laser light sources, wherein each of said laser light sources produces a laser light beam, a plurality of Kerr units, wherein each of said Kerr units comprises input ports and output ports, means for directing said laser light beams from said laser light sources to said input ports of said Kerr units, wherein each of said Kerr units further comprises multiple light channel means which connect said input ports to said output ports and wherein said laser light beams are directed from said input ports to said output ports of each of said Kerr units through said multiple light channel means, inside of which the wavelength of said laser light beams is selectively shifted, wherein said input ports and output ports of said Kerr units each comprise at least one hollow cell which comprises an entrance and exit surface, wherein each of said hollow cells is filled with an optically active medium which exhibits the Kerr effect when a voltage is applied thereacross, and wherein each of said cells comprises polarizers on said entrance and exit surfaces, a holographic plate upon which is disposed a plurality of thin film holographic emulsions, a plurality of fiber optic connecting means which connect said output ports of said Kerr unit to said holographic plate for directing said laser light beams from said Kerr unit to said holographic plate, a diffusing means, disposed adjacent said plurality of thin film holographic emulsions for directing said laser light beams from said fiber optic connecting means to the edges of said thin film holographic emulsions, central control means coupled to said plurality of laser light sources and said Kerr units for selectively controlling said laser light sources and said lens elements of the input ports and output ports of said Kerr unit, a source of electrical power which is coupled to each of said plurality of laser light sources and to said central control means.