Electric field storage device

An system comprising:

• a data storage medium comprising a plurality of cells arranged in a three dimensional space with respect to one another;
• an excitation circuit configured to excite each cell of the plurality of cells independent from one another during excitation period associated therewith, wherein exciting a cell during the excitation period changes an optical property of the cell being excited, wherein the optical property associated with the cell being excited changes to its original optical property after the excitation period is over;
• and
• an emitter configured to emit a first beam onto a first cell being excited during a first excitation period to orient electrical charges within the first cell to a first oriented value and intensity of electric field associated therewith to a first intensity value, and wherein the emitter is further configured to emit a second beam onto a second cell being excited during a second excitation period to orient electrical charges within the second cell to a second oriented value and intensity of electric field associated therewith to a second intensity value, wherein the first cell maintains the first oriented value and the first intensity value after the first excitation period is over and wherein the second cell maintains the second oriented value and the second intensity value after the second excitation period is over.

An system comprising:

• a data storage medium comprising a plurality of cells arranged in a three dimensional space with respect to one another;
• and
• an excitation circuit configured to excite each cell of the plurality of cells independent from one another during excitation period associated therewith, wherein exciting a cell during the excitation period changes an optical property of the cell being excited, wherein the optical property associated with the cell being excited changes to its original optical property after the excitation period is over,
• wherein electrical charges within a first cell is oriented to a first oriented value and a first intensity value responsive to emission of a first beam onto the first cell being excited during a first excitation period, and wherein electrical charges within a second cell is oriented to a second oriented value and a second intensity value responsive to emission of a second beam onto the second cell being excited during a second excitation period, wherein the first cell maintains the first oriented value and the first intensity value after the first excitation period is over and wherein the second cell maintains the second oriented value and the second intensity value after the second excitation period is over.