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1. Abstract One of the best ITC related teachbooks I ever bought is "Nachrichten aus dem Jenseits" written by Herbert Josef Spirik and Horst Rudolf Loos. In fact this is the only book I ever knew that handles ITC from an engineer's point of view. Both authors are electronic engineers and the whole book is a startling practical work with lots of experiments and also some hypothesis about the nature of ITC. If I had to move to an island where I'd just be allowed to take one book with me, this would be my choice. A whole chapter (5.5) is dedicated to the works of Dr. Ing. Franz Seidl, a -
11 - Using laser interferometry for ITC - by Andrés Ramos
Andres Ramos posted a topic in Experiments
1. Abstract My first laser experiment was a failure. But now as I had dived into this area I wasn't willing to give it up too fast. In our group discussions we talked about laser interferometry. This well known technique is based on the overlay of two laser beams coming from the same source and running over different paths by use of a beam splitter. If both beams come together again they are creating an interference pattern. This phenomenon is due to the oscillating nature of light that shows a sinusoidal waveform. The cool thing about LI is that it is a very susceptible measuring te -
Most ITC aficionados start with the gold old germanium diodes as noise sources for ITC sessions. The noise structure is more rough compared to silicon diode noise and the noise much louder than with the latter ones. The best diodes for ITC I ever tried were the old OA9. These are very rare now and probably obsolete. Years ago i stumbled upon an article about the work of Oleg Lossew. He was a russian radio technician and the first one who scrutinized semiconductor properties of certain materials like crystals and sulphite- and oxide layers. He was supposed to be the first one who encountered th
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1. Abstract This article is referring to my previous paper "12 - Time Domain Noise level Discrimination - an approach to enhance ITC voice modulation". In this paper I hypothesized that the bad voice quality was related to the spectrum of germanium generated noise and could be improved by using white noise. I wanted to prove this hypothesis and I revised my electronic circuits to employ white noise from a Zener diode to compare the spectral composition and the voice quality against my results with germanium noise. 2. Electronic schematic You see that com
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1. Abstract From all my experiments with noise in ITC and the investigation of spirit impulses I drew two conclusions. Spirits use only a limited part of the noise spectrum. There is a lot waste remaining, contaminating the output signal Spirit impulses have a very good signal to noise ratio. The information loss of impulses compared to unclipped noise signals can be compensated by techniques like Paulstretch, an algorithm in Audacity, up to a certain degree. From those conclusions I got the impression that removing the base floor in a noise signal that is below the spiri
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1. Abstract During my years of research I frequently got information about the use of laser light in ITC. The application for lasers in ITC seem to differ widely. I read about the works of H. O. Koenig who used laser for audio transmission to be intercepted and modified by spirits. But there were also other experimenters who used laser illuminated crystals to improve their session results. My first idea was establishing a microphone based audio stream over a laser beam and recording it. A nice add-on would be to shoot the beam through different types of transparent media like rock cr
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1. Abstract In most of the experiments in our group we employed electronic noise sources. Generally this was semiconductor noise from different types of diodes. We always used the amplitude of the noise e.g. the randomly up and down of the signal level in the time domain to feed our setups. In a vivid discussion we once talked about the frequencies in a noise signal. We wondered if a random signal could be represented by a randomly changing frequency and what would happen if we would FM demodulate such a random signal. I've done so many electronic designs in my life that, with every
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1. Abstract Following my experiments with the RS-FlipFlop EVP receiver I was looking for other setups that would generate impulse encoded spirit speech patterns as well, as I stumbled across this YT video. The guy in the video used a neon lamp to generate rhythmic sound patterns. As i heard these sounds my ears grew because i recognized speech patterns. The physics of a neon bulb is not hard to understand. It is a gas discharge lamp that is very well explained here. The neon bulb or neon lamp contains rarified neon gas and also other gases in a glas cylinder. By applying a voltage th
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1. Abstract It was more by accident that we experimented with noise impulses in our setup because they were so abundant in the signals we recorded. First we thought that those spikes were just interference signals from common electric sources like power supplies, electrical machine, CFL a.s.o. After I denoised a sequence of spikes by accident I was amazed to find out that they also contained speech patterns. That was the start of a quest for the meaning and characteristic of spirit spikes or spirit impulses as we called them since we knew they were not interference. The fascinating thin
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I made my first steps in ITC with the zincite receiver I made (Look at topic "1. Zincite as an replacement for germanium in ITC application"). My intention was to find a cheap and easy replacement for germanium since germanium semiconductors are becoming obsolete more and more. But there is also an application with pure germanium that was successfully tested earlier and is said to be a design of Thomas Alva Edison himself. See article here. I don't know if this is true but I wanted to find out if germanium would give me results comparable to the ones I gained with zincite. Thus I bought a
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Encouraged by my first experiences with germanium semiconductors I was looking for means to improve signal quality and S/R ratio (signal to noise ratio). I frequently heared from other experimentators that different kinds of feedback can improve the voice signals. It seems that positive feedback causes a system to become unstable, adding more entropy to the setup the spirits can use to form speech. The most common form of feedback used in ITC experiments is positive acoustical feedback. I considered if maybe feddback on an electronic level would do as well. Thus I designed the following e
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The use of the coherer effect is relatively new for ITC. The first occurrence l encountered in an article of the german VTF association. The carbon powder cell described in this article appeared very familiar to me as I had intensively studied the structure of coherers and thus the works of Branly, Marconi and J. C. Bohse. A coherer is an amazingly simply and effective early device for the reception of radio wave energy. It contains fine granular media, particulary metal filings of iron, silver and nickel and two electrodes in lose contact with the filings. The filings are normally covered wit
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