Carpinelli Space TST (SPAZIALE CARPINELLI TST) Theoretical Science Technology.Freelance Independent Research Service of Space Architecture, Gravity Science & Photophoretic Radiometric Force.  Electrostatic Propulsion PROPULSION BY REPULSION   ™  ℠   © 2020               
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Carpinelli Space TST (SPAZIALE CARPINELLI TST) Theoretical Science Technology.Freelance Independent Research Service of Space Architecture, Gravity Science & Photophoretic Radiometric Force.  Electrostatic Propulsion PROPULSION BY REPULSION   ™  ℠   © 2020               

Carpinelli Space TST▾

EZRANIC NEUROLOGICAL INTERFACE REMOTE CONTROLLED SPACE SATELLITES  RESEARCH ™ © ℠

EZRANIC NEURO-ACTIVE BIO-ACTIVE SPACE SATELLITES ™ © ℠

EZRANIC NEURO-ACTIVE BIO-ACTIVE SPACE SATELLITES ™ © ℠

  Bio construction using human body /Bio neuro active /computer human interface. Bioelectrostatic bioelectromagnetic neurology activation/ human cell conversion simulating mechanical interface.  

NEURO-BIO ACTIVE WIRELESS CONNECTIVITY: The analog brainwave signal is converted to a digital signal using an Analog-to-Digital Converter. This allows the signal to be processed and transmitted. Amplitude Modulation: Brainwave amplitude affects the radio frequency amplitude. Frequency Modulation: Brainwave amplitude or frequency affects RF frequency. Digital modulation Brainwave data is encoded as binary for wireless transmission. The receiver captures the radio frequency signal. Demodulation gets the brainwave data. Software reconstructs neural patterns for analysis or device hardware or Connectivity to a satellite ground station. The user’s commands can now be transmitted to a satellite. A satellite transceiver encodes and transmits the signal to a satellite. The satellite receives the signal and Relays it to another satellite or ground station for remote control actions

NEURO-BIO ACTIVE WIRELESS CONNECTIVITY: The analog brainwave signal is converted to a digital signal using an Analog-to-Digital Converter. This allows the signal to be processed and transmitted. Amplitude Modulation: Brainwave amplitude affects the radio frequency amplitude. Frequency Modulation: Brainwave amplitude or frequency affects RF frequency. Digital modulation Brainwave data is encoded as binary for wireless transmission. The receiver captures the radio frequency signal. Demodulation gets the brainwave data. Software reconstructs neural patterns for analysis or device hardware or Connectivity to a satellite ground station. The user’s commands can now be transmitted to a satellite. A satellite transceiver encodes and transmits the signal to a satellite. The satellite receives the signal and Relays it to another satellite or ground station for remote control actions

 
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