"Uncovering The Missing Secrets of Magnetism By Ken Wheeler Takes You On A Journey Of What Magnetism Actually Is Instead Of Repeating A Definition. This Is The First Time Ken Has Presented This Material In This Format To A Public Audience."
Besides magnetism, he is also an expert in Ancient Greek, Pali, and Russian, and has worked for various government agencies around the world as a translator. He is the founder of a popular website focused on the teachings and history of Buddhism, with a strong emphasis on the etymology of related languages.
He’s also one of the world’s top online reviewers of camera and photography equipment, with more than 5,000 videos on his YouTube channel. Clearly, he’s deeply passionate about learning, exploring, and teaching.
The book itself is dedicated to many of the founders of the electrical sciences - people whose work paved the way for much of our modern understanding. That includes Nikola Tesla, James Clerk Maxwell, Charles Proteus Steinmetz, and Oliver Heaviside. The book is also dedicated to Eric Dollard.
“So help me welcome Ken Wheeler.”
“This is the Pharos.”
“I wanted to tell you - I actually found this while working on the second edition of my book. This was an invention by Tim Benderlee. He actually has a newer quadrupolar electromagnetic device now. I think he only has seven patents, but his latest invention is especially fascinating. In fact, his lawyers had him physically bring the device down because they didn’t believe it actually existed. It seemed too much like something out of Star Trek.”
“But I want you to think about this: the entire lecture is based around this device. It’s an interesting teaching tool as far as understanding the contact nature of the magnetic and the dielectric.”
“Nothing I discuss in this lecture fundamentally contradicts the well-established electrical theories of the great minds - people like Michael Faraday, Charles Proteus Steinmetz, Oliver Heaviside, James Clerk Maxwell, or Nikola Tesla.”
“Personally, I’ve been completely obsessed with understanding magnetism in its entirety - purely for the sake of understanding it.”
“I’ve helped several people in a number of areas, especially using arrayed magnetic systems and gold-sluicing devices. One of the biggest problems in gold sluicing is losing what miners call ‘baby powder gold’ - extremely fine particles of gold dust. By applying magnetic fields to exploit the diamagnetic nature of gold, you can actually decelerate the gold particles out of the laminar flow of the water and catch significantly more gold.”
“While I’m deeply interested in understanding magnetism purely for its own sake, there are obviously practical applications for it in everyday life. For example, I got tired of paying plumbers to come out and clean my pipes, so I designed a magnetic scrubbing device.”
“So let’s explore the conjugate nature of magnetism and electricity, which together form the foundation of everything in the cosmos. But to do that, we first have to define polarity - and certainly incommensurability.”
He shifted into describing a simpler, low-cost experimental setup.
“I discovered that the cheapest way to make a housing was by using aluminum ducting tape from any hardware store instead of expensive optically flat glass. Really, you’re only dealing with three drops of liquid sandwiched between two optically flat pieces of glass. When you press them together, about two and a half of those drops squeeze out the sides, which you wipe away. Then you seal the edges with either super glue gel or UV-curing adhesive.”
“You can cure the glue with LED lights, or even use continuous fiber optics. Those have existed for fifty years now. A brand-new one might cost five hundred dollars, but you can pick up used ones on eBay for twenty bucks.”
Then the lecture turned philosophical.
“Can anything exist if it has no attributes at all? What exactly is the ether? What is its nature?”
Someone suggested stress and strain within the dielectric and electromagnetic fields.
“No, no, no. Those are modal expressions of the ether - like water, steam, and ice. A child might think those are different things, but adults understand they’re simply different states of the same substance. So why do we constantly try to pigeonhole everything into separate categories?”
“Anything that exists must have at least one attribute. The ether can’t be exempt from that principle. Obviously, the ether must possess attributes, even if it doesn’t fit neatly into any particular paradigm.”
He compared it to light and illumination.
“There’s illumination itself - something autonomous.”
Then he introduced an analogy using the shape of an hourglass.
“In this simple analogy of the hourglass shape, we begin here with no space, no time, no polarity, no magnetic flux. Time itself isn’t actually a thing. Ancient Indian, Greek, and Egyptian thinkers all said the same thing: time is merely a measure of magnitudes.”
“Here, however, we have space and time, force and motion, which define the torus. And here we have the hyperboloid - increasing inertia and acceleration toward a null point.”
He admitted the analogy was imperfect.
“Obviously, sand flowing from one side of the hourglass to the other means the analogy can only go so far. It’s simply an illustrative thought diagram.”
“Nobody casually talks about hyperboloids in everyday conversation. You don’t walk up to your coworker and say, ‘Hey, I saw a cool hyperboloid today.’ So I had to provide a visual example people could intuitively grasp using an hourglass.”
He continued discussing magnetic fields.
“People don’t realize that all a magnet really is, is the field itself.”
He referenced the interaction between magnets and magnetic geometry, then moved into CRT technology.
“Some people imagine that a magnet charged with 2,400 volts at 12 amps DC is somehow a permanent photograph of the electrical charge that passed through it.”
“Obviously, a CRT tube is nothing more than an electrostatic projector - in other words, dielectric in nature. So what happens when we apply a magnetic field to it?”
“Let’s start with a cross pattern. That represents one pole of a magnet. Here we see a clockwise motion in the cross. Flip it over, and now we see a counterclockwise motion.”
“This is exactly what I was talking about earlier.”
Then he added a warning.
“Unless you want to destroy your old tube television set - which you absolutely can do, even if it has a degausser built in - you should be careful. And you can definitely shock yourself pretty badly too. I’ve done it a few times.”
⁂ Self-powered generator with feedback circuit for input.
⁜ Generates Energy-On-Demand:
※ Transistorized snap-off tech harnesses energy from dielectric inertia.
※ A modern evolution of the self-powered generator:
→ Built using standard electronic parts.
→ Easy to assemble, scalable output.
→ Includes rare methods & hidden optimizations.