Energy modulation systems for diffraction based holographic displays

A holographic energy system, comprising

• a continuous three-dimensional energy medium;
• an array of energy devices configured to output first energy operable to modify the continuous three-dimensional energy medium to define a hologram therein;
• an EM energy source operable to output coherent EM energy to the continuous three-dimensional energy medium;
• a controller operable to provide an instruction to the array of energy devices so that the hologram defined in the continuous three-dimensional energy medium modulates the coherent EM energy according to a complex amplitude function to generate a wavefront having a complex amplitude;
• wherein the controller is further operable to dynamically update the instruction to the array of energy devices to update the hologram defined in the continuous three-dimensional energy medium to modulate the coherent EM Energy according to an updated complex amplitude function to generate a dynamically updated wavefront;
• wherein the continuous three-dimensional energy medium comprises first and second immiscible phases;
• wherein the first immiscible phase forms a first dispersion medium and the second immiscible phase forms a first dispersed phase in the first dispersion medium;
• wherein the continuous three-dimensional energy medium comprises a third phase immiscible with the first and second immiscible phases of the continuous three-dimensional energy medium, wherein the third phase of the continuous three-dimensional energy medium forms a second dispersed medium;
• and
• wherein the first dispersed phased is not dispersed in the third phase, and the continuous three-dimensional energy medium comprises a fourth phase immiscible with the first, second, and third phases of the continuous three-dimensional energy medium, and the fourth phase forms a second dispersed phase that is dispersed in the second dispersed medium.