Subject: Inquiry Regarding Device for Resurrecting Cremated Individuals using a microprocessor
At some point in our lives, we've all experienced the loss of someone dear to us. Many of us harbor hopes for a resurrection, while some place their faith in medical advancements. The device outlined below represents an earnest endeavor to bring back individuals who have undergone cremation-a process often carried out against their wishes.
It is disheartening but true that numerous individuals have been subjected to cremation contrary to their expressed desires. The following device is proposed as a means to address this circumstance and potentially facilitate the resurrection of those who have been cremated.
I claim:
A microprocessor is disclosed, designed to oscillate based on bone material obtained from a deceased individual, utilizing the life frequency of the said person. This microprocessor is coupled with artificially grown nerves, including olfactory nerves, which exhibit growth patterns mimicking the reconstructed nerves of the deceased. The composition of these nerves comprises both artificial and organically grown muscle, consisting of silicon and compounds facilitating expansion and contraction with energy and force.
In conjunction with a voltage application, the microprocessor, containing elements of human bone materials, initiates the revival process of the deceased person's skeleton using collagen. The revival process involves the incorporation of a microprocessor, conversion to a computer consciousness, and the integration of artificial muscles and nerves that expand and contract with energy and force. Furthermore, these artificial nerves enable the revived skeleton to independently communicate new consciousness and thoughts.
The microprocessor itself includes a flexible insulating plastic paper sheet, magnifying specially painted and printed computer microchips, integrated electric circuits, and thousands of field-effect transistors, capacitors, and resistors. This sheet is coated with a layer of positively doped silicon substrate, forming an electric circuit pattern with insulating silicon dioxide paint. Type-N areas are painted with a semiconductor paint containing silicon, germanium crystals, and phosphorus, while P-type semiconductor regions are created with a polysilicon paint containing silicon, germanium crystals, and boron.
Subsequent layers of silicon dioxide are applied in electric circuit insulating patterns, featuring holes for electric conduction and aluminum or other electric conducting metal paint for creating electric contacts. These contacts facilitate the reception of digital or analog-to-digital converter inputs, providing digital output or digital-to-analog data output from the microprocessor. The input data is stored in the microprocessor's central processing unit, random access memory, and read-only memory, interconnected through the address bus, data bus, and control bus. The microprocessor processes the stored data, converting it into actions and displays through the device's input and output connections.
Alterations to the microprocessor include the ability to produce electric energy and function as a photoelectric cell. Parallel arrangements of circuits with arsenic enable a photoelectric effect, generating electricity. The microprocessor's adaptability allows it to be used in the Resurrection Burial Tomb and Conscious Revival System, involving interactions within the system. The invention is subject to prior domestic priorities of the inventor's, particularly in the context of cosmic radio wave crown.
Sincerely
Daniel Izzo
512 Onondaga Ave
Syracuse NY 13207
United States