| 摘要 |
An electrical pulse and optical photon multiplying and routing system. The system first uses a method of combining slightly identical electrical pulse signals to create a substantially smaller amount of energy to represent the same electrical signal as before only utilizing a fraction of it's previous space to allow for increased efficiency. Next the signal is applied to a laser diode to modulate the beam of light which is then modified utilizing to same method on the photonic energy as previously used on the electronic energy to further minimize the physical space used for photonic data representation and manipulation. The newly minimized optical beam is then multiplied and recombined a number of times to greatly increase the data representation rate. The signal is now split and redistributed to optical gates controlled by user defined constantly alternating photonic flow to allow and/or disallow photonic flow from user defined source
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