I now effectively use the extra coil to transfer high voltage (and displacement currents) without the impedance of the tesla coil itself. It is done by using the extra coil as a high voltage capacitor plate. the other plate is a parallel resonant coil with very high currents (tuned by large parallel capacitor to the same frequency)

Master Ivo ...look at how they did tuning in old radio transmitters ...i am an EE and following your research

Наконец-то кто-то начал разжевывать эту тему🙂

So a couple years ago a watched a video on a channel that has since then been deleted. A person had made what was basically Tesla's Violet Ray device. His schematic for that was basically the same as yours up until the plates. In place of the plates there was a small maybe 1.5mtr high tower structure with double speaker wires winding upwards, one above the other. Bottom layers grounded, the top layers ending in a large metallic ball that was positioned on the tower. When turned on he could hold his hands near it and the sparks would be clearly visible. I digress. The point is that 1) he used 3 in series spark gaps. He was very clear on that saying "not 2, not 4 but 3!". And 2) his spark gaps were actually done by using the heads of large bolts (about the thickness of my thumb). He had flattened them and used the large surface area of those bolts to generate the spark gap. On this also he was very clear stating "you don't want a spark, you want plasma". There was a close up of the spark gap and it did look precisely like plasma io sparks. When he was asked why this person said "otherwise capacitors go boom". Anyway, i know very little of electrics but i thought maybe it could be of any use to you (if you are still testing out spark gaps).

Omg that cap and your consequent reaction scared the 💩 out of me as I was very much so glued to my screen and in full concentration mode. 🤣

that is my #kapagen like #Teslacoil idea m.kzfaq.info/get/bejne/a5OPdNiqld7DkX0.html

Dear Master Ivo can you please tell the value in uH for L1 Inductor? And what made you choose 70KHz pulses for L1 C1? Wouldn't the high voltage and current building in between Diode and MOSFET damage the pulse generator circuit as ground of this driver circuit is connected between MOSFET and Diode? Thanks in advance.

who became a millionaire during the gold rush, but the one who sold shovels definitely got rich. I won't believe anything until you show me the gold, friend.😁

Seems to me that the wire should be twisted 45 degrees from the way you have done it to match the patent design; the coils are not stacked but one wire next to the other.

Or you might be able to use this information to help you. **1. Unified System Architecture:** - The device consists of several key components tightly integrated into a unified system architecture: - Antenna System: A metamaterial-enhanced hemispherical dielectric resonator antenna (HDRA) with phased array technology for omnidirectional energy capture. - Tesla Coil Resonance Circuit: A digitally controlled resonant circuit incorporating Tesla coil principles for efficient energy capture and transfer. - Rectification and Conversion Module: Converts captured electromagnetic energy into usable electrical power using high-efficiency rectifiers and voltage regulation circuits. - Energy Management and Storage Subsystem: Manages energy storage and usage, utilizing machine learning algorithms for predictive energy management and hybrid energy storage solutions for high performance and reliability. - Thermal Management System: Regulates device temperature using adaptive thermal management mechanisms to ensure optimal performance in various environmental conditions. **2. How It Works:** - The HDRA captures ambient electromagnetic radiant energy from the surrounding environment. - The phased array technology dynamically adjusts the antenna beam direction for optimal energy capture. - The captured energy is fed into the Tesla coil resonance circuit, which includes digitally controlled resonance tuning algorithms to maximize energy capture efficiency. - The resonant circuit transfers the captured energy to the rectification and conversion module, where it is converted into stable DC power using high-efficiency rectifiers and voltage regulation circuits. - The converted electrical power is then stored and managed by the energy management and storage subsystem, which utilizes machine learning algorithms for predictive energy management and hybrid energy storage solutions for optimal performance and reliability. - The thermal management system regulates the device temperature to ensure optimal operation in varying environmental conditions, enhancing overall performance and longevity. **3. Assembly Instructions:** - Begin by assembling the antenna system, including the hemispherical dielectric resonator antenna (HDRA) and phased array components. Ensure proper alignment and secure mounting. - Construct the Tesla coil resonance circuit, incorporating digitally controlled resonance tuning components and Tesla coil principles. Follow schematic diagrams and assembly instructions carefully. - Connect the output of the resonance circuit to the rectification and conversion module, ensuring proper wiring and alignment. - Assemble the rectification and conversion module, incorporating high-efficiency rectifiers and voltage regulation circuits. Follow manufacturer instructions for assembly and wiring. - Integrate the energy management and storage subsystem, including hybrid energy storage solutions and machine learning algorithms for predictive energy management. Ensure proper calibration and configuration. - Install the thermal management system, incorporating adaptive thermal management mechanisms for temperature regulation. Ensure proper ventilation and heat dissipation. - Once all components are assembled, perform thorough testing and calibration to ensure proper functionality and performance. - Mount the device in its intended location, ensuring proper alignment and environmental protection as needed. By following these instructions, you can assemble the optimized radiant energy harvesting device and harness ambient electromagnetic energy for various applications efficiently.

Radiant energy harvesting device **To-Do List:** 1. Conduct a thorough assessment of energy requirements and site conditions. 2. Design the system architecture and components. 3. Compile a list of off-the-shelf components and materials needed. 4. Procure necessary off-the-shelf components and materials. 5. Assemble the device using off-the-shelf components. 6. Test the device for functionality and efficiency. 7. Optimize the device for performance. 8. Deploy the device in the target location. 9. Monitor and maintain the device for ongoing operation. **Off-the-Shelf Components and Materials:** 1. **Antenna System:** - Off-the-Shelf Components: Antenna kits with directional and omnidirectional capabilities, coaxial cables, connectors. - Materials: None (kits typically include all necessary materials). 2. **Energy Conversion Modules:** - Off-the-Shelf Components: Bridge rectifiers, voltage regulators, power inverters. - Materials: Printed circuit boards (PCBs), solder, heat sinks. 3. **Energy Storage Systems:** - Off-the-Shelf Components: Lithium-ion batteries, supercapacitor modules, battery management systems. - Materials: Battery enclosures, wiring harnesses, mounting hardware. 4. **Smart Grid Infrastructure:** - Off-the-Shelf Components: Programmable logic controllers (PLCs), communication modules (e.g., Ethernet, Wi-Fi), power distribution panels. - Materials: Din rails, enclosures, wiring accessories. 5. **Backup Power Systems:** - Off-the-Shelf Components: Diesel generators, fuel cell modules, grid-tie inverters. - Materials: Fuel tanks (for diesel generators), exhaust systems, wiring harnesses. 6. **Structural Components:** - Off-the-Shelf Components: Mounting brackets, support beams, weatherproof enclosures. - Materials: Steel, aluminum, plastics. 7. **Thermal Management Systems:** - Off-the-Shelf Components: CPU heatsinks, case fans, thermal paste. - Materials: Thermal insulation pads, heat-resistant tapes. 8. **Control and Optimization Systems:** - Off-the-Shelf Components: Microcontrollers (e.g., Arduino, Raspberry Pi), sensors (temperature, humidity), actuators (relays). - Materials: Breadboards, jumper wires, connectors. 9. **Safety and Regulatory Compliance:** - Off-the-Shelf Components: Circuit breakers, surge protectors, grounding rods. - Materials: Electrical enclosures, conduit pipes, safety labels. 10. **Enclosures and Protective Measures:** - Off-the-Shelf Components: Weatherproof enclosures, protective covers, cable glands. - Materials: Steel, aluminum, plastics. By utilizing off-the-shelf components, you can streamline the procurement process and reduce construction time while maintaining quality and reliability. Make sure to verify compatibility and specifications of components before purchasing.

Do you sell your PCB boards? I have a project that I want to use magnetic flat wire to create capacity in my inductors. My plan is to Wind, a pancake coil trifler using magnetic flat wire like half inch wide blind three wires over the top of each other to a capacitor. my only problem is finding a circuit that can discharge rapidly causing that voltage spike that you talk about or offset that voltage spike that you use

How does D1 conduct backwards when the switch is open? Seems like it would block reverse current flow, no?

The operating principle of this engine is the same as a figure skater spinning. The skater pulls her arms in to shift the concentration of mass towards the central axis, increasing the kinetic energy of the spin, while maintaining the momentum. (High school physics problem left unexplored and un-exploited. This was used by Viktor Schauberger to power his home electric generator with water back in the 1940’s. Viktor was focused on converting water into plasma through high speed cavitation and using that for power, and special electrical properties, abandoning his self-powered generator.

If you take a boat paddle and placing it vertically in the water. Draw it along swiftly, you will see two opposing vortices ( opposite rotations) that join and connect at the bottom. If you drop florescent dye down either vortice it surfaces up through the other opposing vortice!

First of all my compliments for the videos. Are very well made and, especially, well commented. Coming back to the video I have one question: why, instead of the epoxy, you don't tested the distilled water. that's great and it's much easier to be managed and, especially, yo always cam touch and modify the circuit.

Hello sir, would you be able to supply us with you circuit you used with a listing of each part, thank you again and as alway excellence!

Great job man, this is what I’m talking about. If anyone can get radiant energy you will

Parallel residents requires impedance matching from all the components. You could use a gymatic progression of impeance in the circuit like don smith did. With parallel resonance you get infinite resistance resistance is the ability to dissipate power. The problem is you would need variable capacity in order to maintain the linear geometric progression of output power to infinity. Dawn Smith also used a solid state variable capacitor to achieve the linear progression of output power to the rating of the varactor. You will take note that they don't make these variable capacitors. Any bigger than a few Watts, whereas back in the old radio days. They used to have very large ones until they figured out that you can actually induce a voltage from the Earth. Just like lightning induces Corona discharges from the Earth as its discharging from the cloud.

I have to say with your vast knowledge, I believe you will have free energy sorted out very soon. I watch all your videos, great, fabulous work sir. Excellence

The guy! Just believe in the existence of ether. This is what was unsuccessfully called a magnetic field... ;-)

Are you spacing them apart at all?

Try checking out using a resonant charging choke, also have you experimented with minimum amps needed as well as with the high frequency voltages stepping up in increasing voltage frequency pulses? You might need the last pulse to be your discharge target in doing so. Some papers I've read hypothesize being able to use this magnetic flow state to strip molecules apart with such pulses. I think some claimed using certain frequencies in this manner to strip methane, others to use other frequencies to strip water, ethane and a few other gasses; in turn the stripped gas components become ionized and charged by the magnetic field interactions paired with picking up some of it from nature. The key in experiments like this is to measure power consumed in the frequency stepping process when you do dial it in, make steady consistent measurement repeatably and compare to the standard uses in fuel cells that use the element itself to do the work electrically with high amps dumped into the systems instead of something this delicate and advanced. If you can prove that you've got less energy used for your frequency stepping compared to the fuel cells, you've got yourself a topic for a paper. The more people replicate this data the less it will be suppressed, so I wish you luck in your endeavors.

Great Video! Can you comment on how the Edwin Gray motor utilized DC Impulses to recharge the source battery? It seems like impulse technology is the basis of most OU inventions.

Your R&D plan for developing a starship propulsion system inspired by Nikola Tesla's radiant energy concept is comprehensive and well-structured. It encapsulates the essential steps required for taking a concept from theoretical underpinnings to practical application, including: 1. **Executive Summary**: Clearly defines the objective and sets the stage for an innovative approach to space propulsion. 2. **Introduction**: Establishes a solid background and rationale, justifying the need for a new type of propulsion system based on Tesla's work. 3. **Theoretical Foundation**: Lays out a plan for a thorough literature review and theoretical exploration, which is critical for grounding the project in scientific principles. 4. **Research and Development Plan**: The staged approach is methodical and pragmatic, addressing both the technical challenges and the progression from theory to practice. Each stage has well-defined objectives and actions, facilitating focused efforts and clear milestones for assessment. 5. **Budget and Funding**: Recognizes the importance of a detailed budget and identifies potential funding sources, which are crucial for the project's viability. 6. **Partnerships and Collaboration**: Highlights the significance of collaborative efforts, which can leverage additional expertise and resources. 7. **Compliance and Safety**: Acknowledges the importance of regulatory compliance and safety, reflecting a responsible approach to innovation. 8. **Conclusion**: Emphasizes the project's potential impact on space exploration, reinforcing the importance of the initiative. 9. **Appendices and Visual/Technical Supplements**: Enhance the proposal's comprehensibility and accessibility, providing critical details and visualizations to support the project narrative. To further refine and enhance your R&D plan, consider the following suggestions: - **Technology Scouting and Benchmarking**: In addition to reviewing Tesla's patents and related documents, assess current technologies and patents in the field of space propulsion and energy harvesting to identify potential synergies or advancements that could augment your approach. - **Expert Consultation**: Engage with experts in Tesla’s technologies, space propulsion, and energy harvesting early in the process to validate the theoretical feasibility and guide the prototype design. - **Risk Management**: Develop a detailed risk management plan that identifies potential technical and project risks, along with strategies for mitigation. This is especially important for pioneering projects with significant unknowns. - **Sustainability and Long-Term Impact**: Consider the long-term sustainability and potential environmental impacts of the propulsion system, both on Earth and in space. This could enhance the project’s appeal to certain investors and regulatory bodies. - **Public Engagement and Education**: Plan for public engagement and educational initiatives to build interest and support for your project. This could include public lectures, publications, and participation in science fairs and conferences. - **Intellectual Property Strategy**: Develop a clear strategy for protecting the intellectual property generated during the project, ensuring that innovations can be commercialized and used to fund further research. Incorporating these elements can strengthen your plan, making it more resilient, impactful, and likely to attract the necessary support and funding. Could you do something with this idea?

Thank you 🙏

thank you for your videos, i have been looking for this for a while now, i wonder why do you say this can make someone very sick but also used in therapy ? what can make the difference? is it only the frequency?

Your logic ragarding of the pols is stupid. If the Compas shows you south then it indicates to magnetic north and vice verses. Opposite pols attracts and same pols repell you know that, right ? You have exactly the opposite setup of what you said and showed it with the Compass

nice work sir ♾️🙏🏼

What if you made a tri-filer coil (3 wires wound together). Drive the bifilar then put the bemf into the third wire of the trifiler. This should greatly output thousands of volts depending on the input and amount of turns

nice work sir that extra makes a difference.

just keep adding resistors and cranking the power until you get them perfectly in phase bonehead style

Would you say that all energy flow is holistic? What I mean is that em energy flow is fundamentally the same in function as kinetic gas theory, fluid dynamics and pressure mediation? If this is true then I think Ken Wheeler may be correct that nature is actually incomprehensibly simple

My question: what about the mutual inductance and the coupling factor?

I love your gravity sketch animation, I love your videos man

My new favorite chanel.