Moray B. King at TeslaTech 2026

Moray B. King has written about the zero-point energy and water for nearly forty years, and at TeslaTech 2026 he spent four and a half minutes of his talk on this archive. The talk was "How to Invent a ZPE Device from an Electrolyzer", introduced by the day's host, Vernon Roth, and posted to BitChute under the date 15 August 2026. Stan comes into it at 45:37 as the inventor of the high-voltage-spike method; the archive comes in at 46:13.

Moray B. King at TeslaTech 2026, 46:13 to 50:37 of the talk. The slides are his: "StansLegacy.com, website by Chris Bake", with the buggy photograph, and "Chris Bake Replication", with a scope capture from the archive's bench.

King and Stan, before this

The two were in print together thirty years before this talk. When Admiral Sir Anthony Griffin wrote up Meyer's cell for the Southampton Institute's marine symposium in 1993, he reached for King to explain where the energy might come from: Water as Fuel cites King's Tapping the Zero-Point Energy (Provo, 1989) and his paper "Electrolytic Fusion: A Zero-Point Energy Coherence?" beside Meyer's own memo WFC 420, and Meyer bound Griffin's paper into his 1995 International Independent Test-Evaluation Report. In 2018 Ulf Dahlström, who worked with Stan, presented King's ideas at the Königstein congress: the NET-Journal's report, and what Dahlström has said of Stan.

What he says

The clip, as he said it:

But a new kid on the block, Chris Bake, has put up a wonderful website called stanslegacy.com. All new information. He got a big pile of Stan's notes. And I just met him recently on a Zoom meeting. And I said, wow. Wow, you did a great job contributing. And he told me the back story, what happened upon Stan's death. He said Stan was a prolific note maker. He was kind of channeling all the time. He was flooded with ideas and would write it up. So the majority of the stuff that he wrote up wasn't tried experimentally. He was way ahead of everything. And I thought, wow, that's incredible. So what happened on his death, different people grabbed different piles. Rather than making an archive where it all could be shared, everybody was looting them, right? So you have different groups of people saying, I got Stan's notes. Well, they got a partial pile of it. And so he got his pile. And we'll see who got the other piece of the pile. And so stanslegacy.com is a... Chris Bake is sharing his experiments. He just loves electrical circuits. He's a real, real EE type guy. And he's mimicking Stan's waveforms and sharing like crazy. And it's kind of like he wants people to share on the site. He knows the importance of getting this out. So it's really an honor to Stan Meyer. to do what he's doing. So we're working with one of the earlier patents of Stan, which is simpler. And this is a really good starting point on this. It's basically a cylindrical electrode stressing I'm using tap water, no electrolyte. Time out. Tap water? We don't know what's in it. Obviously, anyone who's a scientist knows that's a poor experiment because it's all over the place. So now we're in unusual media where, of course, if you're doing it scientifically, you start with distilled water. And then if you want to add some salt or whatever, you just gradually up the conductivity if you want to. But he was saying, I could just use any water, but what counts is I'm making high-voltage spikes. So its circuitry was pretty straightforward. It was somewhat simple and somewhat easy to understand. This is one of the simpler devices. So if we look at this part of the actual circuit, we can see we're driving it. Notice the diode, the blocking diode, and then putting it through the coil. So when you have the abrupt switch off event from the diode, the back EMF spike is what gives you that high voltage. And so you can kind of tune this. And it's called a resonant choke circuit. It's actually in the circuit textbooks. And Stan cites the textbook in his patent where he got the circuit from. You tune it, and he's keeping the plates unipolar, meaning once I start with one, one of them is the negative side and the other is the positive side, and I don't flip-flop, I don't switch, I keep it that way, but I'm pulsing it very fast at basically kilohertz frequencies, and then you can measure the build-up, the voltage spikes that occur across the, you could call it a capacitor, a water capacitor, where the water's in the media, and it keeps it, it's always in a unipolar, polar direction. And it will exhibit the spikes. And then Chris Bake replicating it. So he's using Stan's original notes, replicating the waveforms. And he has advantage of newer equipment to easily do it. So the green line is the drive line from the drive circuit. And then the yellow spikes are what he's measuring across between the gap on that between the two electrodes. Pretty small gap. I think he's working one sixteenth of an inch, so we're a little bigger than a millimeter. And sure enough, he's able to replicate Stan's claims. He can get those spikes up to 2 kilovolts. So Stan... So he's showing that, yeah, Stan's telling the truth when he's doing it.

The rest of the Stan material in the talk, by the time on the full recording:

• 45:37. "Stan Meyer's favorite way of doing it. High voltage spikes, no electrolyte, low current, but big spikes of voltage." Then: "he was the one that was murdered in 1997. They killed him because he wasn't about to cow to anyone. He was going to go and mass produce his water injector plug."
• 50:37. Stan's own explanation, as King has it, was that he held the water molecules oriented and shook them apart; King's is that charged nanobubbles are pulled off the plates by the spikes. "So he's doing the right stuff with the high voltage spikes to get them off."
• 51:20. Xogen Power in Canada as "a continuation of the Stan Meyer story": in his telling, Marilyn Meyer, born Chambers, takes her pile of notes to her brother, an electrical engineer in Calgary, who patents the same body of text three times with different claims.
• 63:23 and 64:14. "The high voltage spikes used by Meyer and replicated by Chambers and Powers", and for anyone skilled in electronics, "the Stan Meyer approach… plenty of shared information on the web on how to do the circuits, now thanks to Chris Bake."

Set against the record

• The archive. King tells the Zoom conversation well, and it stands, in the archive's words rather than his. The archive does hold Stan's papers that are public nowhere else, among them five pencil pages of 1987 and WFC 422-1DA from the binder, and photographs from the estate that had never been published. "Channeling" is King's word; Stan's own was that the Lord inspired and instructed him, "the Lord had me develop the VIC circuit", which is set out in Stan and the Bible. Things were taken after the death, but most of what survived went to Charlie Holbrook, and then to his son David, who ran the estate sale. And the bench work King shows is built to Stan's drawings as he drew them.
• The death. Stan collapsed at the Grove City Cracker Barrel on the evening of Friday 20 March 1998 and died the next day, not in 1997. The Franklin County coroner certified a ruptured cerebral aneurysm, manner of death natural, and the Grove City police closed the case on his report. Stephen's account of the table, "They poisoned me", is where the murder story starts, and the archive sets the two side by side in The Day Stan Died.
• Xogen. The family link does not hold. Marilyn Meyer was born Marilyn M. Klott in 1945, the daughter of Ralph and Phyllis Klott of Columbus; she married Stan in 1979 as Marilyn M. Wells, and her father's obituary names his daughters as Susan Corrigan and Marilyn Meyer. No record of her family has a Chambers in it. Stephen Barrie Chambers is real: he is the named inventor on Xogen Power's patents, which the archive holds because they cite Stan's, the first of them, US 6,126,794, filed on 26 June 1998, three months after the death. What, if anything, connected him to Stan's notes is not in the record. The register is in the people who knew Stan. The company was Xogen, not "Exigent".
• The circuit. The drive King describes, unipolar pulses through a blocking diode into a choke and the water capacitor, is the one the archive's six-part tutorial sets beside the textbooks, starting from the pulsing transformer as an induction coil.
• What the spikes show. Two kilovolts across a one-sixteenth-inch gap is the voltage his circuit is said to reach, and seeing it on a scope reproduces the waveform. It does not by itself test what Stan claimed the water then did, and King's "Stan's telling the truth" goes further than the measurement.
• The buggy. In an interview recorded at the conference after the talk: "his research disappeared, and his car disappeared". The buggy did not disappear. Stan's niece Lorraine said at the 2019 Bremen conference that it was sold to Quad City Innovations, who have never run it.