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August 2026

  • document · · added 2 months ago

    DUAL VOLTAGE RESONANT "Q"

    Electron Flow vs Voltage Amplitude vs Voltage Frequency: In reference to Voltage Intensifier Circuit 9XA as to dual-voltage schematic 20YA and pulse voltage waveform 16A/20YA Secti...

  • document · · added 2 months ago

    Operational Comments

    To start said compounding-action (resonant action) simply attenuate said voltage pulses while increasing said voltage amplitude. Once resonant-action is established and said pulsin...

  • document · · added 2 months ago

    Exhibit E 9

  • document · · added 2 months ago

    Exhibit BX1

    EMERGING TECHNOLOGY AMAZING LASER: Revolutionary new design of a widely used laser now combines miniature size and high power. This new type of semiconductor laser also offers unri...

  • document · · added 2 months ago

    Exhibit E3

  • document · · added 2 months ago

    Hydrogen Gas Gun Technology

    G16 Objective: To utilize or trigger the atomic energy-yield of water on demand. Voltage interaction with the water Molecule: to applied Voltage Graph Figure 20FB NATURAL STATE Pri...

  • document · · added 2 months ago

    Circuit Function

    To form an oscillating voltage zone around another voltage zone of opposite polarity, forming a water gap therebetween. Said voltage zones take on the shape of cavity-design due to...

  • document · · added 2 months ago

    SINGLE VOLTAGE RESONANT "Q"

    Electron Flow VS Voltage Amplitude VS Voltage Frequency: In reference to Voltage Intensifier Circuit 9XA as to dual-voltage schematic 20YA and pulse voltage wave form 9BB/16A/20YA...

  • document · · added 2 months ago

    Resonant Cavity Mode of Operability

    In scientific quantitative analysis (see Exhibit AX, McGraw-Hill Encyclopedia of Science and Technology, Volume 14, Page 489, and Exhibit BX, The Encyclopedia of Chemistry (Hampel/...

  • document · · added 2 months ago

    Resonant Cavity

    N) Resonant Cavity: PURPOSE: To enhance hydrogen gas production beyond voltage attenuation by way of compounding-action (particle impact) Circuit Stage: Integrating dual-pulsing ci...

  • document · · added 2 months ago

    3D STLs - The Big Bobbin

    VIC Inner Core Bobbin .stl VIC Outer Core Bobbin .stl

  • document · · added 2 months ago

    Gas Resonant Cavity - Dimensional Diagrams

    HGG_Outer Electrode.pdf HGG_Outer Acrylic Tube.pdf HGG_Top Inside End Cap 1.pdf HGG_Top Inside End Cap 2.pdf HGG_Top Outside End Cap 1.pdf HGG_Top Outside End Cap 2.pdf HGG_0.25 in...

  • document · · added 2 months ago

    ELECTRICAL PARTICLE GENERATOR

    Objective: To overcome the opposing magnetic field problems associated with rotary electrical generators. PRE-HISTORY TO DEVELOPMENT: To satisfy Maxwell and Faraday Laws of inducta...

  • document · · added 2 months ago

    DIY HV Isolated Probe

    The following is a DIY probe you can make to isolate your scope from the high voltages of the VIC

  • document · · added 2 months ago

    MAGNETIC SPIN GENERATOR

    Purpose: To oscillate a permanently magnetic field through a pickup coil without particle acceleration. Circuit Stage: Placing dual orientation coils (12/13) on opposite ends of a...

  • document · · added 2 months ago

    Voltage Intensifier Circuit Explained

    The Voltage Intensifier Circuit (VIC) is a crucial component of Stanley Meyer’s water fuel cell technology. It was designed to generate the high-voltage pulses needed to efficientl...

  • document · · added 2 months ago

    How Voltage Influences Molecules

    Voltage plays a crucial role in altering the behavior of molecules, particularly in the context of electrolysis and hydrogen production. In a water molecule (H₂O), the hydrogen and...

  • document · · added 2 months ago

    TriField Meter

    Source: https://www.amazon.com/gp/product/B078T2R64C/ref=ox_sc_saved_image_6?smid=A2OW4ZWET280BU&psc=1 Detects all three types of EMF pollution: AC magnetic, AC electric, and RF/mi...

  • document · · added 2 months ago

    Visualizing Current Saturation

    Continued From: Step Charge as a function of Pulse PeriodBy: Chris Bake ABSTRACT Direct probing a toroid current sensor (channel 4 green) between the inductor and cell reveals that...

  • document · · added 2 months ago

    Step Charge as a function of Pulse Period

    Here we can see the Cell Driver Circuit pulsing a double cell in parallel. The arrangement is powered by a 12V ATX supply. The Cell Driver's inputs: Vcc and Vee are both B+ 12VDC R...

  • document · · added 2 months ago

    10 Channel LM317 driver using CD4017

    Using a 10 channel decoded decade counter CD4017, and a 7414 Schmidt Inverter to flip-flop toggle the ENABLE and RESET pins on the decade counter, which allows controlling a specif...

  • document · · added 2 months ago

    Polarization in a Water Capacitor

    A capacitor is a device that stores electrical energy in an electric field by separating charges on two conductive plates that are separated by a non-conductive material called a d...

  • document · · added 2 months ago

    Composition of Water (H2O Bonds)

    Water, a seemingly simple substance, is made up of two hydrogen atoms bonded to one oxygen atom, forming the molecule H₂O. Despite its simplicity, the molecular structure of water...

  • document · · added 2 months ago

    Steam Resonator - 3D printable replication

    As of 5-3-23 the STLs shown in here are being printed to build a plastic model. At this point, please only consider the following as informational and do not print until all parts...

  • document · · added 2 months ago

    VIC Matrix Circuit

    The heart of Stan's technology is the ability to produce/cause the step charging effect across the WFC to achieve breakdown of the water molecule. Below is a highlighted section re...