The Device That Could Unlock Quantum Energy

In this video, we run a full-day experimental test using inductive pulse charging, flyback energy recovery, lithium iron phosphate batteries, high-voltage pulse systems, and solid-state electronics to investigate whether excess energy can be extracted from the environment through sharp electromagnetic collapse events. This set up is based on Julian Perry's Open Sourced Research.

Using coils, pulse charging circuits, a precision laboratory power supply, watt-hour meters, and a CBA battery analyzer, we carefully measure ALL energy entering and leaving the system. The goal is simple: determine whether these pulse charging effects can produce more usable work than conventional electrical engineering predicts.

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This is not simulation. This is real experimental science in the garage.

Throughout the video we:
⚡ Measure watt-hours in vs watt-hours out
⚡ Test inductive pulse charging effects
⚡ Analyze flyback collapse energy
⚡ Monitor battery voltage recovery and conditioning
⚡ Compare COP performance over multiple tests
⚡ Explore Bedini-style charging principles
⚡ Discuss vacuum energy, zero-point energy, and etheric field hypotheses
⚡ Demonstrate solid-state energy systems with no moving parts

The results become increasingly interesting as the batteries condition over repeated cycles, eventually showing higher resting voltages while substantially more energy is removed from the battery than supplied by the charging system.

This is only the beginning.

Future videos will scale these concepts using:

Silicon carbide switching electronics
High-voltage pulse motors
Self-running system experiments
Battery flip-flop systems
Open-source energy technology development

If you believe in open-source science, experimental engineering, alternative energy research, and pushing beyond conventional limits, subscribe and follow the journey.

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00:00 - Testing Quantum Energy in the Garage
01:45 - How Flyback Energy and Coils Work
04:40 - Measuring Real Energy Input vs Output
06:05 - Why Battery Rest Periods Matter
07:00 - Test #1 Begins: First Pulse Charge Cycle
12:10 - Test #1 Results and Voltage Analysis
14:40 - Test #2 Begins: Higher Energy Extraction
18:05 - Test #3 Begins: Repeating the Experiment
21:40 - Test #4 Begins: Increasing Output Energy
25:35 - Test #5 Begins: Pulling More Than 2x Energy
26:40 - Test #5 Results: Voltage Starts Increasing
29:50 - Test #6 Begins: Higher Discharge Testing
31:20 - Test #7 Begins: Reaching 3x Energy Out
38:40 - Test #8 Begins: 1 Watt-Hour Extraction Goal
40:29 - Test #9 Begins: Final Overnight Test
43:15 - Final Results: COP 3
45:10 - Can This Lead to Self-Running Systems?
48:05 - Future Plans for Pulse Motors and Open Source Tech