Super-natural imaging

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Kirlian photography and a collection of other super-natural imaging techniques have been the subject of mainstream scientific research, parapsychology research and art. Let's see.

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First DIY Kirlian Experiments






Experiments with ITO Glass






DIY Driver






Experiments with XY plotter

One electrode is moving, see

Coin IMG 1569.jpg

Coin IMG 1570.jpg

Open coconut IMG 1576.JPG

Coin aura IMG 1583 s.jpg

Banana aura IMG 1588 s.jpg

Setup in darkroom IMG 4683.jpg

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Research into SonoGenetics and the Montagnier case

Montagnier remake.jpg

Montagnier waves dna device.jpg

After some late night discussions and watching this movie about other interesting research topics and stories we also started to look into the experiments by Luc Montagnier. He seems to have been inspired by Jacques Benveniste, who experimented with electromagnetic signatures of highly diluted DNA solutions in the 80ies, and caused quite some discussions around that "memory of water" and the homeopathy circles, and then later started a company with the name DigiBio... Funny how that "Digital Biology" appeared here already.

See a publication by Montagnier from 2009 "Electromagnetic signals are produced by aqueous nanostructures derived from bacterial DNA sequences", where he kinda describes observations and theories of low frequency waves in the ambient electromagnetic background due to DNA nanostructures at high dilutions. And then furthermore describes how that "signal" can be digitized, sent over the internet and then played back to "empty" water and the DNA structures "re-appear" and can be detected with PCR. Transduction of DNA information through water and electromagnetic waves.

Kinda reproducing the measurement setup:

Montagnier remake closeUp.jpg

The external coil is just to add some fields from a source, such as the mixtape, aka playing the music through the coil, or to add some kinda artificial excitation (7 Hz which was found to be the minimally, as stated in the research above). The inner coil is to pick up EM (electromagnetic) signals, which are amplified with kinda not so well working crappy op-amp circuit. See Op-ampology or this source. The amplified signal is then played on an active little speaker. I need to fix the op-amp, and use this singly power supply version, and maybe add some shielding.

Op-Amp.pngOp-Amp singly.png


Super-resolution imaging - Wikipedia

Kirlian photography

Kirlian Camera

Kirlian Photography: The Myth & Technique Debunked


Superimposition of thermal imaging to visual imaging using homography.

Floppy Disk IR Camera Hack

Thermalcameras for ghost hunters


“Bio-Well Technology”



Make Kirlian Photography Device

How to take Kirlian photos (Instructables)

Arduino Kirlian Device

Measurement of the Human Biofield

HARRY OLDFIELD / camera filter

Bioenergy Technology | Wagner Alegretti

Bioenergy Demonstration by Dr. Valerie Hunt

Subtle Energy Retreat Presentation with Dr Thornton Streeter

Biofield Viewer


Kobayashi Lab - Biophotons

Kirlian Photography Documentary


How to make a High Voltage Transformer

Easy SSTC, Slayer Exciter On Steroids!

One of our builds

Slayer exciter IMG 4690.jpg
Slayer exciter circuit.jpg

Code for the exciter

#include <avr/io.h>
#include <avr/interrupt.h>
#define DRIVEPIN 8  // digital output pin that the MOSFET driver is attached to
const int analogInPin = A0;  // analog input pin that the potentiometer is attached to

int timer;
long counter;

int outputValue = 0;        // value output to the PWM (analog out)
int analogValue = 0;
long myperiode = 0;

void setup()

 cli();                    // disable global interrupts
 pinMode(2, INPUT);        // Enable Pin2 as input to interrupt
 EIMSK |= (1 << INT0);     // Enable external interrupt INT0  (see table 13-2-2 in Atmel 328 spec)
 EICRA |= (1 << ISC01);    // Trigger INT0 on rising edge (see table 13-1 in Atmel 328 spec)
 EICRA |= (1 << ISC00);    // Trigger INT0 on riding edge (see table 13-1 in Atmel 328 spec)

 // initialize Timer1
 // ZERO Timer1
 TCCR1A = 0;               // set entire TCCR1A register to 0
 TCCR1B = 0;               // same for TCCR1B

 // set compare match register to desired timer count:
 OCR1A = 7000;            // turn on CTC mode: initial value changed in loop
 OCR1B = 14000;            // turn on CTC mode: initial value changed in loop
 // TCCR1B |= (1 << WGM12);   // set CTC mode. Resets the timer after compA has been reached
 TCCR1B |= (1 << CS10);    // prescaler 1024
 // TCCR1B |= (1 << CS11);    // prescaler 1024
 TIMSK1 |= (1 << OCIE1A);  // enable timer compare interrupt:
 TIMSK1 |= (1 << OCIE1B);  // enable timer compare interrupt:
 sei();                    // enable global interrupts

void loop()
 // read the analog in value:
 analogValue = analogRead(analogInPin);

 // map it to the range of the analog out:

 // print the results to the Serial Monitor:

 myperiode = 500000/analogValue;
 OCR1A = myperiode;            // turn on CTC mode:initial value changed in loop
 OCR1B = myperiode*2;            // turn on CTC mode:initial value changed in loop


 digitalWrite(DRIVEPIN, HIGH);
 counter= TCNT1;

 digitalWrite(DRIVEPIN, LOW);
 counter= TCNT1;
 TCNT1 = 0; // Reset Timer1 Count

dusjagr's Plasma Mixtape

PlasmaMixtape raw.jpg

I should add that resistor and diode...

MosfetDriver IR2110 circuit.png

circuit description from here

ART PROJECT (in progress)


Bioelectrography / electrophotonics / Kirlian photography / GDV cameras (Gas Discharge Visualisation) spectroman.jpg


Sunday: Meetup in Zurich (meet Marc, Alanna, Maya)
Monday - Wednesday: First Hacking
Wednesday: Lecture on Art&Science
Thursday - Friday: Research
Saturday: Public Science Show
Sunday: Chill Out

Flight Schedule Tez:
Arriving: Sun 31 March 2019, 11:05 Zurich
Departure: Sun 7 April 2019, 11:50 Zurich

People to contact:

  • Tesla Chris
  • ConnCept