Uploaded March 2025 | Updated September 2026, 2 weeks ago
I like to present a fresh examination of the Figuera apparatus, commonly known as "The Generator". My investigation centers on the behavior of the secondary coil when subjected to excitation from primary coils with concordant phase and polarity. While the repulsion of magnetic waves with identical polarity is expected, the conduction of electrical waves remains a topic of considerable interest.
It is possible that under these circumstances, scalar waves could be formed, enabling tuning into the scalar field, which is commonly understood to propagate at 1.4 to 1.6 times the speed of light, indicating a new, significantly higher frequency for resonance. This phenomenon is characterized by the electrical fields of the primary coil, which exhibit a far lower potential than the secondary electrical potential.
The test rig comprises a portion of the original design for the purpose of preliminary investigation. There are 6 primary coils and three secondary coil positioned centrally to each pair of primary coils. All coils are connected in series; the primary coils are connected in series for each string, but both strings are in parallel to enable simultaneous polarity excitation on both sides of the primary coils. A capacitor is added to the primary and secondary coils in parallel to the output, facilitating reduced resonant frequency and higher power circulation. Ferrite is utilized as the core material, rather than steel, to more readily demonstrate the behavior on the oscilloscope. The original design was constructed with soft steel cores, and power switching was accomplished with a rotational resistive wire for both sides of the primary coil independently, such that each side experienced differing resistance to the power source in rapidly changing successions without interrupting the signal to avoid back EMF.
I like to present a fresh examination of the Figuera apparatus, commonly known as "The Generator". My investigation centers on the behavior of the secondary coil when subjected to excitation from primary coils with concordant phase and polarity. While the repulsion of magnetic waves with identical polarity is expected, the conduction of electrical waves remains a topic of considerable interest.
It is possible that under these circumstances, scalar waves could be formed, enabling tuning into the scalar field, which is commonly understood to propagate at 1.4 to 1.6 times the speed of light, indicating a new, significantly higher frequency for resonance. This phenomenon is characterized by the electrical fields of the primary coil, which exhibit a far lower potential than the secondary electrical potential.
The test rig comprises a portion of the original design for the purpose of preliminary investigation. There are 6 primary coils and three secondary coil positioned centrally to each pair of primary coils. All coils are connected in series; the primary coils are connected in series for each string, but both strings are in parallel to enable simultaneous polarity excitation on both sides of the primary coils. A capacitor is added to the primary and secondary coils in parallel to the output, facilitating reduced resonant frequency and higher power circulation. Ferrite is utilized as the core material, rather than steel, to more readily demonstrate the behavior on the oscilloscope. The original design was constructed with soft steel cores, and power switching was accomplished with a rotational resistive wire for both sides of the primary coil independently, such that each side experienced differing resistance to the power source in rapidly changing successions without interrupting the signal to avoid back EMF.
