Super Over Unity

Description:

In this groundbreaking video, prepare to witness an alternative electrical system that operates outside the boundaries of conventional electrical theory. Utilizing a Rodin coil, specialized pulse circuits, and a series of supercapacitors, this experiment demonstrates a new way to store and harness energy.

🔹 In-Depth Features:

Rodin Coil Configuration: Our setup uses a Rodin coil with multiple wire taps arranged as a one-wire system. The coil serves as the heart of this energy-harnessing operation, displaying attributes unlike any conventional coil.

Diode Rectification: A pair of diodes are employed to rectify the unique energy form being utilized, essentially serving as the "gates" through which this energy flows.

Pulse Triggering Mechanism: A specialized circuit produces square-wave pulses a single cap out of the bank at a high frequency with a 3% duty cycle. This pulse serves as the key that unlocks a completely new form of energy potential.

Capacitor Charging: A series of 2000 F supercapacitors, configured to handle a full charge of up to 14V, is employed. These capacitors charge to 12V in an astonishingly short time, powering a 150-watt mini AC inverter that runs AC lamps for half an hour.

🔹 Open-Ended Phenomena:

One vital point to note is that this system is not a conventional closed-loop circuit. Each component serves as an integral part of an open-ended energy system, unlocking a form of energy hitherto unexplored, commonly described as "cold electricity."

🔹 Capacitor Conversion: These supercapacitors act as transducers, converting this non-standard form of electricity into conventional DC, thereby powering real-world applications.

🔹 Safety and Characteristics: Remarkably, this unique form of electricity exhibits "cold" characteristics—it doesn't shock upon touch at medium voltages. However, precautions are needed when dealing with charged capacitors.

🔹 The No-Leakage Factor: my experiments establish that the transistor in the trigger circuit does not contribute to the effects observed. When the trigger cap is disconnected, the output ceases, further confirming the anomaly.

🔹 Real-World Applications & Implications: This isn't just theory; the system successfully powers real-world electrical loads. In a world desperate for sustainable and alternative energy solutions, the implications could be monumental.

🔹 What's Next?: I plan to explore variations in the triggering mechanism, conduct tests under different environmental conditions, and delve into the deeper aspects of this mysterious energy form.

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