Independent Research & Innovation

Where Curiosity Meets Invention.

Wild Rose Tech is a community of dedicated experimenters, researchers, and builders pushing the boundaries of physics and energy technology. We develop proprietary devices, share knowledge, and supply the components you need to explore what mainstream science hasn't caught up to yet.

15+
Years of Research
11+
Products Developed
8+
Community Members
10+
Articles Published

Featured Technology

Bedini SG Energizer Mark IV — featured technology

Bedini SG Energizer — Mark IV

Our latest iteration of the Bedini School Girl energizer circuit, refined over a decade of experimentation. The Mark IV features precision-wound bifilar coils, optimized rotor geometry, and a solid-state switching circuit designed for maximum radiant energy capture and battery conditioning performance.

Coil Configuration
Bifilar wound, 24 AWG, 500 turns
Rotor Diameter
152 mm, 8-magnet array
Input Power
12V DC, 200–800 mA
Output
Radiant pulse, battery conditioning

Standing on the Shoulders of Giants

The Pioneers Who Dared to Ask

The researchers and inventors whose work forms the foundation of our inquiry — visionaries who challenged convention and left a body of work that still demands serious attention.

Nikola Tesla

1856–1943

Alternating current, resonant circuits, wireless energy transmission — Tesla's work remains the bedrock of electromagnetic research.

John Bedini

1945–2016

Radiant energy circuits, battery conditioning, and the SG energizer — Bedini's open-source contributions changed the landscape of independent energy research.

Bruce DePalma

1935–1997

N-Machine experiments, rotating magnetic fields, and inertial propulsion — DePalma's work on the homopolar generator remains a compelling area of ongoing study.

From the Research Desk

Latest from the Lab

Revisiting Tesla's Magnifying Transmitter: What the Patents Actually Say
Electromagnetic Theory

Revisiting Tesla's Magnifying Transmitter: What the Patents Actually Say

A close reading of Tesla's 1914 patent reveals design choices that have been consistently misunderstood in popular accounts. We break down the geometry and circuit topology.

September 18, 2026Read
Bedini SG Replication: Documenting Anomalous Input/Output Ratios
Replication

Bedini SG Replication: Documenting Anomalous Input/Output Ratios

Our six-month replication study of the Bedini SG circuit produced consistent anomalies in measured input vs. output energy. Here's the raw data and our methodology.

September 10, 2026Read
Selecting the Right Ferrite Core for High-Frequency Pulse Circuits
Components

Selecting the Right Ferrite Core for High-Frequency Pulse Circuits

Not all ferrite cores behave the same above 50 kHz. We tested 12 common core materials and geometries to find which perform best in radiant energy applications.

August 29, 2026Read

"The most important experiments are the ones the textbooks haven't written yet."

— Wild Rose Tech

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