Light based computing apparatus
A computing apparatus has a logic unit configured to perform an arithmetic operation by relating light beams, each having a respective light amplitude, to obtain a light-based result of the operation, and to evaluate the light-based result to output a corresponding numeric result. The logic unit uses variables values, each corresponding to a respective distinct light amplitude, the variable values thereby corresponding to a plurality of distinct light amplitudes.
1. A computing apparatus, comprising:
a light containment area having an inner surface defining an interior space of the light containment area;
the inner surface of the light containment area providing two or more distinct light entry ports operable to introduce light into the interior space to provide comingled light, the light introduced by the two or more distinct light entry ports having respective amplitudes associated with corresponding non-binary values; and
a light amplitude sensing circuit configured to detect a resultant light amplitude value of the comingled light, and to output one of the corresponding non-binary values as a calculation result indicating a sum of the corresponding non-binary values of the light introduced by the two or more distinct light entry ports.
2. The computing apparatus according to claim 1 , wherein the light containment area comprises a cubic shape.
3. The computing apparatus according to claim 1 , wherein the light containment area comprises a rectangular shape.
4. The computing apparatus according to claim 1 , wherein the light containment area comprises a spherical shape.
5. A light-based computing method, comprising:
associating a plurality of non-binary values with corresponding light amplitude values;
providing a light containment area having an inner surface defining an interior space of the light containment area, the light containment area further having two or more distinct light entry ports configured to introduce light into the interior space;
comingling two or more lights in the light containment area to provide comingled light, by using the two or more distinct light entry ports to introduce, into the interior space, the two or more lights, each of the two or more lights having a respective light amplitude value associated with one of the plurality of non-binary values;
detecting a resultant light amplitude value of the comingled light;
obtaining, as a calculation result, one of the plurality of non-binary values associated with the resultant light amplitude value; and
outputting the calculation result.
6. The light-based computing method according to claim 5 , wherein the light containment area comprises a cubic shape.
7. The light-based computing method according to claim 5 , wherein the light containment area comprises a rectangular shape.
8. The light-based computing method according to claim 5 , wherein the light containment area comprises a spherical shape.