Patent RU2252335C2 — Method of Receiving Ecologically Clean Energy from Gravitational Field (Saratov State Technical University)
Bibliographic Information
| Field | Details |
|---|---|
| Patent Number | RU2252335C2 |
| Title | Method of Receiving Ecologically Clean Energy from Gravitational Field |
| Inventors | V.I. Toropchin (В.И. Торопчин), A.A. Skripkin (А.А. Скрипкин), A.A. Denisov (А.А. Денисов), A.A. Zakharov (А.А. Захаров) |
| Assignee | Saratov State Technical University (Саратовский государственный технический университет — СГТУ) |
| Filing Date | April 29, 2003 |
| Publication Date | May 20, 2005 |
| Status | Expired — non-payment of maintenance fees (lapsed April 30, 2006) |
| Classification | Particle Accelerators (primary); Gravitational engines and energy sources with flywheels (specialty area) |
| Jurisdiction | Russia (RU) |
Abstract
Field: gravitational engines and energy sources with flywheels. Substance: according to proposed invention, axially symmetrical closed flow of ions or electrons is used rotating inside vacuum envelope of crossed-field generator providing generation of oscillations at frequency at which charge flow rotates at angular velocity from which its acceleration by gravitational field forces starts. Device is placed in anode voltage control circuit of crossed-field generator controlled by amplitude detector of generated oscillations which, providing constant frequency of generation and angular frequency of rotation of cloud of ions or electrons in process of acceleration increases electronic efficiency. Effect: reduced requirements of flywheel material. 1 drawing.
Claims (Single Claim)
Claim 1: A method of receiving ecologically clean energy from the gravitational field, comprising: using an axially symmetrical closed flow of ions or electrons rotating inside the vacuum envelope of a crossed-field generator; providing generation of oscillations at frequency f₀ = (ω₃ × N)/(2π), where N equals resonator count; operating the crossed-field generator at a frequency at which the charge flow rotates at angular velocity from which its acceleration by gravitational field forces starts; placing the device in the anode voltage control circuit of the crossed-field generator, the circuit being controlled by an amplitude detector of generated oscillations; maintaining constant frequency of generation and angular frequency of rotation of the cloud of ions or electrons during the acceleration process, thereby increasing electronic efficiency; the whole process resulting in reduced material requirements for the flywheel compared to conventional mechanical designs.
Description / Specification
Background: Standard Magnetron Operation
The crossed-field generator (magnetron-type device) is the physical platform. In standard magnetron operation, electrons or ions in a DC electric field E_r (radial) and magnetic field B_z (axial) undergo azimuthal ExB drift at velocity:
v_drift = E_r / B_z
When the drift velocity is tuned so that the rotation frequency:
ω = v_drift / r
equals a resonant frequency of the anode circuit, the device oscillates and extracts microwave energy from the electron cloud. This is the operating principle of the magnetron radar transmitter, which has been in use since World War II.
The crossed-field geometry establishes a rotating electron or ion cloud in a vacuum envelope, and this cloud couples energy into the resonant anode circuit. Standard magnetrons operate at GHz frequencies with high efficiency.
The Toropchin Gravitational Coupling Thesis
The Toropchin et al. claim extends beyond standard magnetron operation: at a specific angular velocity, the charge cloud's centripetal acceleration equals g — the gravitational acceleration at Earth's surface:
ω²r = g
At this resonance condition, the inventors claim that the gravitational field begins to directly couple to the charge flow, transferring gravitational potential energy into the rotating charge cloud, which then drives the magnetron resonator. The energy balance claimed: the gravitational field provides net energy input to the system above what is needed to maintain the rotation, producing over-unity-like energy extraction from gravity.
Resonance Frequency Calculation
The resonance condition ω²r = g gives, for representative device radius r:
ω = √(g/r)
For r = 10 cm: ω = √(9.8/0.1) ≈ 9.9 rad/s ≈ 1.6 Hz
For r = 1 cm: ω = √(9.8/0.01) ≈ 31 rad/s ≈ 5 Hz
These are extremely low rotation frequencies compared to standard magnetron operation (GHz range = 10⁹ Hz). For this claim to be physically meaningful, the resonant anode circuit must be designed for very low frequencies, and the plasma density must be configured for unusual ExB parameters at these rotation rates.
The generation frequency formula from the claim: f₀ = (ω₃ × N)/(2π), where N = resonator count. At ω₃ ≈ 10 rad/s and N = 8 resonators:
f₀ ≈ (10 × 8)/(2π) ≈ 12.7 Hz
This is an audio-frequency resonant circuit — highly unusual for a magnetron-type device.
Operating Parameters from Feedback Control Description
The abstract states: "angular frequency of rotation of cloud of ions or electrons in process of acceleration increases electronic efficiency." This implies the system is not static — the rotation frequency changes as the device operates, and the feedback control (anode voltage controlled by amplitude detector) adjusts to maintain the optimal resonance condition.
The "process of acceleration" — where the charge cloud's angular velocity increases — suggests the gravitational coupling becomes stronger as ω approaches √(g/r), with the feedback control preventing overshoot past the resonance point.
Thermodynamic Analysis
The claim amounts to extracting energy from the Earth's gravitational field — using gravity as a continuous energy source. In classical mechanics, this is prohibited: a gravitational field is conservative, and no net energy can be extracted from a conservative field by a cyclic process in a fixed gravitational potential.
However, the Toropchin proposal implicitly invokes a coupling between the rotating charge cloud and the gravitational field that goes beyond classical mechanics. Three possible physical mechanisms could in principle produce such coupling:
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Lense-Thirring effect (frame-dragging): Rotating mass distributions produce a gravitomagnetic coupling with nearby test particles. However, at laboratory scales and rotation rates of ~10 rad/s, the Lense-Thirring effect is approximately 10²⁰ times too small to produce measurable energy extraction.
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Non-standard electromagnetic-gravitational coupling: Some alternative theories (Podkletnov, Tajmar gravitomagnetic effects) propose anomalous coupling between rotating electromagnetic systems and gravitational fields. These are experimentally contested.
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ExB drift energy extraction from Earth's rotation: The Earth itself is rotating, creating a global gravitomagnetic (Lense-Thirring) field. A device resonant with Earth's rotation frequency (Ω_Earth ≈ 7.3×10⁻⁵ rad/s) could in principle couple to this field. The claimed resonance frequency (ω ≈ 10 rad/s) does not match Earth's rotation frequency directly, but harmonic coupling is conceivable.
"Reduced Requirements of Flywheel Material"
The EFFECT stated in the abstract — "reduced requirements of flywheel material" — reveals the engineering context: this patent is proposing the rotating charge cloud as an alternative to a mechanical flywheel for energy storage and generation. The claim is that the charged particle cloud, confined by electromagnetic fields rather than mechanical stress, can achieve the same energy storage as a mechanical flywheel without the material limitations (tensile strength requirements) that constrain conventional flywheel designs.
If the gravitational coupling claim is correct, the device is not merely an electromagnetic flywheel but an energy source drawing on the gravitational field — an over-unity generator. If the claim is incorrect, it is still an electromagnetically-confined energy storage device (a plasma flywheel) with the specific advantage of no material fatigue or failure modes.
Historical Pattern
A Russian state technical university filing an energy extraction patent citing gravitational field coupling as the energy source in 2003 reflects the broader pattern of post-Soviet Russian physics: researchers from the closed Soviet defense physics community, operating in civilian institutions, publishing work on gravitational and vacuum energy systems that would have been classified in the Soviet era. The 2005 publication date and 2006 lapse (non-payment of fees) is consistent with a research group that obtained IP protection but lacked the industrial backing to maintain the patent commercially.
Technical Classifications
- Particle Accelerators (primary IPC area)
- Related: Gravitational engines and energy sources with flywheels (described technology domain)
Prior Art Context
Standard crossed-field microwave oscillator theory:
- The magnetron: standard WWII-era radar transmitter; crossed-field device generating GHz oscillations
- ExB drift physics: standard plasma physics, extensively documented
- Ion trap energy storage: plasma physics research area
Citations
- Russian Agency for Patents and Trademarks — RU2252335C2
- Saratov State Technical University (СГТУ)
- Standard magnetron physics literature — crossed-field microwave oscillator theory
Patent text compiled from Google Patents. Machine-translated from Russian; original Russian text via Russian patent office.