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Discover the groundbreaking energy machine of Jasper James Moray, its intriguing history, and potential implications for society. Unravel the details behind the patented Thermionic-Thermoelectric Generator System and delve into the technology's enigmatic workings. Explore the journey of how this invention was uncovered and its connection to Zero Point Energy. Learn about the inventor, his legacy, and the innovative components that power this enigmatic device.
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The Peculiar Energy Machine of Jasper James Moray B. King
Intro • What is it? • How did I hear of it? • Can we explain it? • Is it tapping ZPE?
US Patent 4,368,416 Jasper Lewis James Filed: Feb 1981 Issued: Jan 1983 Inventor Died: Nov 1979
Thermionic-Thermoelectric Generator System and Apparatus US Patent 4,368,416 4 inches 22 inches Output: 20 KW pulsed DC, 400 Hz Temperature: 400 - 450 degrees C
My Story • March 2001, Tip from professor • Disclosure • Government projects benefit society
My Story • March 2001, Tip from professor • Disclosure • Government projects benefit society • September 11, 2001 Stopped!
My Story • July 2009, Tesla Tech Conference • Dr. George Freibott, M.D. • President American Naturopathic Association • 20 years
My Story • July 2009, Tesla Tech Conference • Dr. George Freibott, M.D. • President American Naturopathic Association • 20 years • James Device used in small nuclear reactors
Back Story Thank You Ryan Wood!
Back Story • Jasper “Lew” James • Born: Aug 4, 1917 • B17 pilot in World War II • Died: Nov 21, 1979 Knoxville, TN • No Autopsy • Never married
Back Story • Jasper “Lew” James Founder: • Weldynamics Inc. 1973 • James Laboratories, Inc. Sep 1978 • Greenville, TN • Vice President • President: James I. Dye • Attorney: Morgan C. Fitch • Development Leader: Dewey Franklin • On board of directors: David Love
Cylindrical Evacuated Tube Hot ~425 degrees C ~800 degrees F Negative Contact - “Snout” Outside Positive Contact + Jasper James, US 4,368,416
Two Concentric Cylinders Stainless Steel Surfaces Coated Anode + 16 x 3 inches Cathode – 22 x 4 inches
Connection Terminals Jasper James, US 4,368,416 Negative - Positive + To Inner Cylinder Anode + To Outer Cylinder Cathode -
SiC C Thermopile Inside Anode Jasper James, US 4,368,416 Alternating Wafers Silicon Carbide & Carbon
Assembly Tube: Concentric Cylinders Thermopile: Stack of Wafers SiC SiC – Silicon Carbide Anode + Cathode - C – Carbon C
SiC + C - Thermopile “Explanation?” Jasper James, US 4,368,416 Silicon Carbide & Carbon Junction Electron Donor Electron Acceptor Stacking Wafers Sum Voltages !?
Thermopile 4 Stacks Jasper James, US 4,368,416 Tungsten Strips SiC + C - 380 Wafers per stack Stacks Connected in Series 1520 Wafers
Ceramic Thermopile Holder Inner Cylinder Anode + Jasper James, US 4,368,416
Thermionic Tube Thermoelectric Semiconductor Pile SiC + SiC – Silicon Carbide Anode + Cathode - C – Carbon C -
Thermionic Tube Backward James Standard Gap ~cm Gap ~mm Cathode Outside Cathode Inside Anode Cool Anode Inside Cool Anode? Heating Filament
Tube Electrode Surfaces Anode: Graphite • Cathode Mixture: • Barium Oxide • Calcium Oxide • Strontium Oxide
Thermionic Tube? • Backward! • What cools anode? • Gap too big • What causes tube to fire?
Thermoelectric Wafer Stack High Voltage Fires Tube SiC + SiC – Silicon Carbide Anode + Cathode - C – Carbon C -
SiC + C - Thermoelectric Voltage Silicon Carbide & Carbon Junction Electron Donor Electron Acceptor Contact Potential ~0.4 volts Sum of 1520 wafers manifest ~600 volts?!
Does Stacking Wafers Sum Voltages? SiC C SiC
Does Stacking Wafers Sum Voltages? SiC + - C - + SiC Polarity Alternates
Does Stacking Wafers Sum Voltages? SiC + - C - + SiC Polarity Alternates No! If static at equilibrium
SiCC Wafer Stack LowTemperature HighTemperature Insulator Conductor
Silicon Carbide Semiconductor Bands Electron Energy Level Conduction - - - - - - - - - - - Gap - - - - - - - - - - - - - - - - - Valence Low Temperature High Temperature
No Voltage Polarization at Either Extreme Low Temperature High Temperature Electrons in Conduction Band Smeared Cloud in Equilibrium Electrons in Valence Band No Motion Insulator Conductor
Wafer Stack Transition No Electron Mobility Complete Mobility Semiconductor Heats Grows Electron Cloud
Wafer Stack Transition No Electron Mobility Complete Mobility Semiconductor Avalanche Discharge
Avalanche Discharge Fires the Tube SiC + Anode + Cathode - C -
Pulsed Flywheel Circuit Anode Cathode + Wafer Stack - Electron Movement
Switching Circuit Tube Capacitor Load Capacitor Tube Jasper James, US 4,368,416
Switching Circuit Tube Capacitor Load Capacitor Tube Jasper James, US 4,368,416
Switching Circuit Section Load Transistor Switch Capacitor SCR Switch Tube
+ - Tube Capacitor Load Switching Illustrated
+ - Tube Capacitor Load Charge Capacitor
+ - Tube Capacitor Load Isolate Capacitor + -
+ - Tube Capacitor Load Discharge Capacitor
+ - Tube Capacitor Load Isolate Capacitor
Control Switching Tube Capacitor Load Capacitor Tube Jasper James, US 4,368,416