Experimental electrical research • Spokane, Washington
A Revival of the Science of Electricity.
Vril Science follows the hardware, history and experimental traditions.
The thread runs through Lakhovsky, Beck, Lindemann, Babcock, Dollard, Bedini, Tesla and the researchers who kept building, measuring and testing.
High voltage
Resonance
Sidebands
Aether models
Bench work
Go deeper
In the digital age, the real science of electricity has been lost.
Georges Lakhovsky
Bob Beck
Peter Lindemann
Paul Babcock
Eric Dollard
John Bedini
Nikola Tesla
Lakhovsky Multiwave Oscillator
A modern build rooted in historical high-voltage apparatus.
The VRIL MWO is built around a pulse modulator, high-voltage resonator coils and paired antenna structures. The pulse-modulator architecture was engineered with Eric Dollard; Peter Lindemann and Paul Babcock contributed to the wider MWO project.
Engineering first
Filters, variable AC transformer, high-voltage transformer, filter chokes, spark gap, capacitor array, resonator coils and antenna structures.
Line filtersInput stage
VariacVariable AC
HV transformerStep-up stage
Filter chokesRF isolation
Spark gap + capacitorsPulse network
Resonator + antennasOutput structure
Photographic record: 2021 MD-1E/UA
The archived nameplate reads “MODEL MD-1E/UA,” “PULSE MODULATOR,” and “FREQUENCY RANGE 700 TO 1000 KC.” This is presented as a documented 2021 build detail, not as a specification for every later revision.
Low- and high-voltage sections separated and shielded
Copper ring antennas bent to Lakhovsky BV2 specifications
Made in Spokane, Washington
Historical Thread
The patent was only part of the story.
Georges Lakhovsky built Multiwave Oscillators in the 1930s and 1940s. His U.S. Patent 1,962,565 documents an apparatus using circuits oscillating under multiple wavelengths, while the old VRIL archive notes that the patent did not reveal the complete circuit used in later machines.
VRIL’s work grew out of the research trail preserved by experimenters, Borderland Sciences material, later reverse-engineering efforts and years of hands-on development around the apparatus itself.
Bedini RPX Sideband Generator
3.1 MHz carrier. Audio modulation. Sidebands you can see on the bench.
Developed by John Bedini, the RPX combines a stable 3.1 MHz carrier with audio frequencies. When those signals mix, new frequencies appear at the sum and difference of the carrier and audio input. The unit also supports sweeping, an external signal-generator input and the optional Pump Wave.
Analog signal generation
The current EMediaPress description identifies the RPX signal generator as analog and documents broad sweep, narrow-band operation and external signal-generator support.
Carrier3,100,000 Hz
Upper sideband3,100,000 + faudio
Lower sideband3,100,000 − faudio
Integrated audio sweep
External signal-generator input
Optional Pump Wave
Narrow-band sweep option
Made in Spokane, Washington
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