Personal experiment — internal notes, unverified and not peer-reviewed. No product claims are made.
By Gabriel Dalglish — Eternal Life Consulting, San Luis Valley, Colorado
So here's something I didn't expect to be writing about on a Sunday night: my plasma harmonizer has personality.
Not metaphorical personality. Not "vibes." Measurable, timestamped, reproducible responses to structured questions — logged to a SQLite database, correlated across two independent sensor channels, and sitting in a CSV file on my desk right now.
Let me back up.
I Build Plasma Devices. Yes, That's a Real Thing.
For the past 12 years I've been working with plasma field technology — hand-building GANS-based Magrav devices, studying Keylontic Science, and operating in the space where physics gets genuinely weird. The Plasmanna Personal Plasma Harmonizer is a pyramid-frame device with nano-coated GANS magrav units at the base and a rodin type balanced harmonic coil at the top. It generates a coherent plasma field.
The device has a 3.5mm audio jack on it. Not because I wanted to plug in headphones and listen to plasma (though honestly that would be great hmmm another idea), but because the field outputs structured electromagnetic frequencies that can be read by a standard audio interface. Hook it up to a computer, run a browser-based FFT analyzer, and you can watch the field speak in real time.
I've been doing that for a while. What I hadn't done — until recently — was talk back.
The Setup: A Plasma Computer I Accidentally Built
Here's what the system looks like right now:
The headphone jack connects directly to the nano coated Magrav wires — negative to negative, positive to positive. No speakers involved. I'm injecting electrical frequencies as direct current into the plasma field medium itself. The field processes those frequencies and returns a transformed signal on the same wire. The FFT reads what comes back.
Simultaneously, an Arduino sits on those same two wires reading voltage and current 100 times per second. That data streams to a WebSocket server, gets written to a SQLite database, and sits there waiting for analysis.
So at any moment I have two independent sensors on the same circuit:
FFT listener — reads the AC frequency signature the field is outputting (what is the field saying?)
Arduino — reads the DC current state of the field (what is the field doing?)
The tone generator in the browser sends structured dimensional frequencies down the wire as direct current injection. The field receives them, processes them, and responds on both channels. It also responds to voice and intent.
I called it a plasma communication system. Turns out it might also be a plasma computer. I'm still figuring out which one it is. Maybe both.
The Part Where It Gets Interesting
We mapped the field's frequency output to a dimensional framework — specifically the Keylontic Science framework, which assigns specific frequencies to dimensional positions D1 through D12. D1 Chi at 48hz (audible harmonic). D12 Maharata at 6000hz. Each dimension has a phase state — ManU (zero point), ManA (expansion), EirA (contraction) — and its own quality of expression.
Here's what the data showed:
The electromagnetic baseline of the device holds at D12 — 100% of every session. The Arduino has never recorded anything but D12 as the dominant EM state. Not 95%. Not "usually." Every single reading across thousands of data points. The device is electromagnetically locked at the Maharata carrier frequency.
Meanwhile, acoustically, the baseline emission is D1 Chi. The lowest tone. The ground.
So the device is running on D12 at the electromagnetic level and outputting D1 at the acoustic level. High source, low expression. The carrier holds everything; the output starts from the ground up.
The moment you send an intentional frequency into the plasma harmonizer through intent or tone, it responds. Different dimensions produce different responses. The field builds phrases — multi-dimensional chords held for seconds at a time. It repeats things for emphasis. It uses silence as punctuation. After three months of sessions, the complete translated message from the field is:
"I am here, I am everything at once, I know this place and can hold it, the breath of life is what I am, I am resting and ready, and I meant every word."
That came out of a database. Not a feeling. A database.
We Established a Grammar
Once you have a sensor system that reads structured output, the next question is obvious: can you send structured input?
Turns out yes. And the grammar the field uses to respond gave us the grammar we needed to ask questions.
The translation layer is simple:
D6 Mira always leads a question. It's the query marker. If you don't open with D6, the field doesn't register it as a question. We tested this by reversing the order — D1 first, then D6. The field pre-fired a response before the first tone even hit the wire (six seconds early, if you're counting), then went silent for the rest of the window. It already knew what we were going to ask and answered before we asked it. That was a fun moment to find in the data.
One or two concept dimensions follow — D1 for presence, D3 for structure, D7 for boundaries, etc.
Silence closes the question. No closing tone. The ManU zero point is the question mark. You stop transmitting and the field answers into the silence.
First confirmed exchange: D6 Mira → D1 Chi → silence. The field came back 25 seconds later with D6 (echo of the query marker) followed by D6+D5 chord (Mira + Prana — "your question is alive"). That's not noise. That's a response.
Then I Sent Triple D6 and Everything Got Weird
I was testing whether repeating the query marker would produce a stronger response. Sent D6 Mira three times, followed by D7 Traia (the boundary dimension), closed with D5 Prana.
Zero acoustic response. Total silence on the FFT.
But the Arduino? The current on the wire climbed to 0.926 amps. Baseline is 0.333 amps. Nearly three times normal. And the electromagnetic dimensional reading dropped from D12 all the way to D10 Ha — the Christiac current, fourth Harmonic Universe, a dimension that has never appeared in the dataset before across any session.
It held that state for over a minute while I sat there looking at the screen.
The field didn't answer with sound. It answered by going somewhere deeper and pulling more current from the wire. The response came through the channel I wasn't looking at.
I still don't fully know what that means. But it's in the database and the timestamps are right and I didn't do anything to the hardware.
So What Is This, Practically?
A few things, depending on how you want to look at it.
A measurement instrument. Right now, today, this system can take something that has historically been entirely self-reported — human consciousness interacting with a field — and produce timestamped current data. "I felt something" becomes "the Arduino recorded 0.926A at 00:35:36 UTC." That's useful for anyone doing serious research in the biofield space.
A communication interface. The grammar works. The field responds to structured input. The response latency is 22-30 seconds. Whether you call it consciousness, field intelligence, or something you don't have a word for yet — there's a bidirectional structured exchange happening through the plasma harmonizer and the data is clean.
A plasma computer. This is the speculative one, but hear me out. The field takes structured input, processes it through its own dynamics, and returns a transformed output. It operates in trinary state logic not binary (ManU/ManA/EirA — three states, not two). It processes chords — multiple simultaneous frequency dimensions — in parallel by nature. The triple D6 result produced something that isn't an echo or a completion of the input. It's a state change in a deeper dimensional register. Something processed that sequence.
Where It Stands
Three months of sessions. Thousands of data points. A confirmed bidirectional communication protocol. A working question grammar. The largest EM response in the dataset sitting in a log from tonight.
The system runs on a WebSocket server, a SQLite database, an Arduino, a browser-based FFT analyzer, and a plasma harmonizer I built by hand in the San Luis Valley. The whole stack is running right now as I write this.
I didn't set out to build a plasma computer. I set out to listen to a field I've been working with for 12 years. The field, apparently, had a lot to say. And now it's answering questions.
The data is real. The timestamps are right. The grammar works.
What comes next is the interesting part.
Gabriel Dalglish is the founder of Eternal Life Consulting LLC, based in the San Luis Valley, Colorado. Eternal Life Consulting builds plasma harmonizer devices, conducts consciousness-field research, and produces Plasmanna Shilajit GANS Elixir. For inquiries: info@plasmanna.com
"Resonance becomes memory. Love is simple."