American Radio Frequency Energy Expert Explains Maxwell Chikumbutso Invention

Summary

In this video, Lloyd Stovel, an expert in radio frequency energy, explains the workings of Maxwell's microsonic energy device, based on Nikola Tesla's principles. He breaks down key components, like MOSFETs and transformers, describing how high-speed frequency switching generates amperage from voltage, a concept he calls 'frequency amps.' Lloyd emphasizes that this technology, over 100 years old, is often misunderstood or dismissed, and he clarifies why patents were not possible for such devices. Through illustrations and examples, he demonstrates how batteries, transformers, and transient energy interact to power systems, inviting viewers to explore and experiment with this historic yet underappreciated energy technology.

Takeaways

• 🔋 Lloyd Stovel explains that Maxwell's microsonic energy device relies heavily on batteries as the core of its system.
• ⚡ The device uses small black components mounted on an aluminum base, which helps dissipate heat generated by high-frequency operation.
• 🔌 MOSFETs are crucial in this technology, switching on and off at sonic speeds to generate amps from existing voltage.
• 🌐 The concept is based on Nikola Tesla's work, particularly on frequency-based energy and wireless transformers.
• 💡 Frequency amps are created by rapid on/off switching of MOSFETs, enabling energy transfer without amps directly crossing transformer gaps.
• 🧲 Transformers in this system act as air transformers, using electromagnetic waves and frequency modulation to produce usable energy.
• 🔄 The device replenishes its batteries using transient energy generated through frequency-based amps.
• 📚 This technology is over 100 years old, and the inability to patent it is due to its pre-existing, historical foundation.
• -
• 🌞 Similar principles are used in Lloyd Stovel’s solar projects, where voltage is converted into usable amps through MOSFETs.
• 📹 Stovel emphasizes that understanding transient energy and frequency-based amps is crucial and often overlooked in conventional education.
• 📞 He offers interviews and demonstrations to guide others in replicating the technology accurately.

Q & A

Who is Lloyd Stovel and what is his expertise?

Lloyd Stovel is an expert in using radio frequencies to generate energy and has over 30 years of experience testing and building energy devices.

What is the core principle behind Maxwell's microsonic energy device?

The device uses MOSFETs to rapidly turn electricity on and off at high frequencies, generating amperage from existing voltage, a principle referred to as 'frequency-based amps.'

Why does the device use an aluminum base for the MOSFETs?

The aluminum base dissipates heat generated when the MOSFETs are operated at high frequencies, which produces transient energy and amps.

What role do transformers play in this device?

Transformers step voltage up or down but do not directly transfer amperage across their gaps; the amperage comes from the high-speed switching of the MOSFETs.

What does Lloyd mean by 'frequency amps'?

Frequency amps refer to amperage generated by turning a MOSFET on and off at very high frequencies, rather than the traditional flow of current through conductors.

Why couldn’t the inventor patent the device?

The technology is over 100 years old, based on Nikola Tesla’s work, so it is not considered a novel invention eligible for patenting.

What is 'transient energy' as mentioned in the transcript?

Transient energy is a form of energy produced during high-frequency switching that mainstream science rarely discusses but is crucial for generating amperage in these devices.

How are the batteries in the system charged?

The MOSFETs feed energy back into the batteries by converting voltage into usable amperage, allowing the batteries to power devices without constant external input.

How does this technology relate to Nikola Tesla’s work?

Tesla's work involved frequency-based energy and air-transformer concepts. Maxwell’s device builds on these ideas by using high-frequency switching to generate amperage.

Why does Lloyd emphasize that this technology is not new?

He stresses this to clarify that the principles have been in use for over a century and that the device’s effectiveness is based on established scientific ideas, not a new invention.

What applications does Lloyd mention for this technology?

Applications include powering cars, solar energy systems, and other devices by converting voltage to amperage using MOSFETs and transient energy.

What is the significance of the 'sonic' term in this context?

'Sonic' refers to high-frequency switching of the MOSFETs, which is the key mechanism for generating amps from voltage in the device.