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This may well be possible, which is why experiments and studies are so important. I am not ignoring these points.

Yes, I have been experimenting with various materials and have been working on a RUclips video for at least. I tested these materials with the Germanium-Receptor-Framework: Zirconium, Boron, Hafnium, Manganese, Bismuth, Tellurium, Antimony, Manganese and Cadmium. However, my tests have shown that there have been no major changes in terms of "quality", i.e. intelligibility, or "quantity", i.e. the number of voices. The voices are practically the same as with a Germanium recording. Further tests will follow, especially with magnetic interference. Stay tuned 🙂

Olá, infelizmente não vendo kits (ainda). Talvez num futuro próximo.

Thank you 🙂

Unfortunately, I have never heard any original recordings of the Scole Group's Germanium Receptor. Only in the Scole Group's movie are there a few short passages where you can hear voices that are supposed to come from the Germanium Receptor. Nothing more, unfortunately.

From the audio example here it seems like it would pick up classic EVPs. Like those that seem to form from noise impulses like the original Jergenson.

@@tonystephen6312 That is exactly how you describe it. With this germanium receptor here, "classic" EVPs are received, not "normal" conversations as in the Scole experiment. I don't want to dispute the Scole Group's experiments, but to date I have not been able to establish communication with any of my devices as I did with the Scole experiment. Maybe I'm not a "medium" enough :-). But the results with the Germanium Receptor as I presented it are very fascinating. You can hear a lot of voices after filtering with the DSP filter, but unfortunately they are still quite incomprehensible and a lot has to be interpreted, which I simply don't want to do any more. I want to hear and understand, not interpret.

@@transcommunication_switzerland sounds like you've done quite a bit of research with classic EVP. Same this side over the years. interesting how they are just 3 to 6 word structure sometimes with multiple voice in one evp. Also micro Pk like decline effect with a burst of evp at the end of the session.

@@tonystephen6312 I have been actively studying instrumental transcommunication since 2003 and have been building devices to research this phenomenon. Regarding your explanation: In many cases, several voices are mixed together when the audio file is slowed down by a factor of X after filtering. For example, after filtering short audio segments received with the germanium receptor or the ultrasonic converter and slowing them down by a factor of 400-800, usually recordings and filtered segments are 2 to 4 seconds, I was able to isolate a large number of voices. Unfortunately, these voices are usually very unintelligible, but they are definitely there. I have been looking for a method to make these voices more intelligible for a long time, unfortunately without much success at the moment. But I'll persevere. Stay tuned :-)

This device here is a DSP filter (digital signal processing filter) and not the Germanium Receptor. I have shown this in other videos. But it is true what you write, the windings of the coils and the distances to each other are important. I have prepared a project that covers exactly these aspects. Different coils will be used and there will also be a kind of adjustable mechanical construction with which the distances between the coils can be set. The DSP project, which I present here in the video, would actually be freely available, but unfortunately I haven't finished working on the documents yet. As soon as I have finished them, I will publish and announce them here. Stay tuned :)

@@transcommunication_switzerland thank you for answering. Yes, I think that an adjustable mechanism to be able to adjust the space between the coils is very important, as is the amount of windings. ty

Yes, indeed :)

I can confirm your thoughts through extended experiments that I have conducted. I am currently working on a RUclips video where I show how I also experiment with other electrically conductive materials in addition to germanium. I noticed that when the wooden frame is touched with a finger, there are knocking and rubbing noises in the recording. This means that with the design of the original germanium receptor, also because of the two coils, we now have a "primitive" microphone in use. Since the germanium receptor is also very sensitive to any external magnetic or electrical interference, I am also of the opinion that the unknown entities communicate via the receptor. Unfortunately, I have no further explanations as to what these entities are, but first and foremost it is much more important for me to improve the intelligibility of the voices and only then to deal with the origin of the voices. The voice phenomenon is extremely interesting, so.....Stay tuned :)

Under this link www.transkommunikation.ch/temp/multivoices_mixdown.mp3 you will find a premade file of the experiment. As for the results with the Germanium Receptor, yes I had some interesting voices and results, but nowhere near what the experimenters of the Scole experiment in England had. But I can highly recommend the reproduction of the Germanium Receptor. It does work, although differently from the original device, but it works.

Hi, soon I will produce and upload new videos. Stay tuned :)

I am also interested in an update. To my knowledge, you're the only one who has built one of these and made public videos about it. @@transcommunication_switzerland

Either very few people are interested in building devices for transcommunication, or in general the topic of transcommunication has completely flattened out. That's a sad thing, because it's a highly interesting field that should actually be researched much more.@@SuperIce6374

​@@transcommunication_switzerlandWhat do you mean there are literally hundreds of thousands of videos of ppl using ITC all over the internet.

@nickywilliams8540 There are all kinds of things on the Internet. People who take the voice phenomenon seriously and experiment seriously, and others who are not really interested and see the whole thing as a joke. There are also many experimenters who don't "expose" themselves on the Internet and carry out their experiments in the privacy of their own homes. Unfortunately, I see the same procedures and recording methods over and over again on the Internet, instead of an adaptation to today's technology. But to return to your question, yes, there are still some people who deal with the phenomenon. You just have to find them.

Thanks to you :)

Hi, since I no longer own this oscilloscope, I can't help you. But here you can find the complete manual www.qsl.net/vk5bar/AHARS-Resources/Philips%20PM3055/Philips%20PM3055%20Operating%20Manual.pdf

Maybe i have found something: To enable the XY mode on the Philips PM3055 oscilloscope, follow these general steps: Power On: Make sure the oscilloscope is powered on and properly connected to the input signal. Select Channel Input: Choose the channels you want to use for the X and Y axes. Typically, the X-axis signal comes from the horizontal deflection input, and the Y-axis signal comes from the vertical deflection input. Vertical Signal Setup: Adjust the vertical sensitivity and position knobs for the Y-axis input channel to properly display the signal on the Y-axis. This will control the amplitude and vertical position of the signal. Horizontal Signal Setup: Adjust the horizontal sensitivity and position knobs for the X-axis input channel to properly display the signal on the X-axis. This will control the timebase and horizontal position of the signal. Select XY Mode: Look for a mode selector or a button that switches the oscilloscope from normal display mode to XY mode. This button might be labeled "XY," "X-Y," or "X-Y Display." Press this button to enable the XY mode. Adjust Display: Once in XY mode, the oscilloscope should display the X and Y input signals as a waveform on the screen. The X-axis signal will control the horizontal position of the waveform, and the Y-axis signal will control the vertical position.

@@transcommunication_switzerland Thank you, i will try it, i think the manual says it's "X DEFL". I wonder why they didn't just do section about XY mode

Your thesis sounds very interesting. But the question is, how can we receive e.g. a quantum noise with our "simple" resources? What kind of devices would have to be built and how could we make such signals audible at all? A first step would be to build fractal antennas. For me, the question of the "receiver" arises again. What kind of receiver must be built to receive something paranormal with these antennas? But your approach is certainly interesting and should be explored further.

Kosirev mirror I did not know until today. Thank you for the hint. Germanium is also used as an X-ray detector, in high-frequency technology, and in solar cells made of gallium arsenide. Wafers made of germanium are partly used as carrier material. Germanium is also one of the most important raw materials for fiber optic cables and infrared optics. In addition to smartphones, silicon germanium components are mainly used as chips in wireless networks, optical communication systems, hard disk drives, global positioning systems and in the automotive industry. It's really a very versatile material. That's why I'm so fascinated with Germanium.

Éste es en realidad el gran problema de la transcomunicación instrumental, a saber, que no está claro qué dispositivos y qué métodos hay que utilizar para establecer una comunicación estable y comprensible con dimensiones desconocidas. Al menos yo aún no los he encontrado. También estoy convencido de que existen muchas otras dimensiones paralelas que intentan comunicarse e interactuar con nosotros. Por eso construyo muchos dispositivos electrónicos (Unidades Experimentales). En mi canal de RUclips presento algunos dispositivos que he construido y utilizo para la transcomunicación instrumental. Si quieres construir tú mismo este tipo de dispositivos, es imprescindible que tengas conocimientos técnicos. Si no, empieza con el método del micrófono. Echa un vistazo a mi página de inicio www.transkommunikation.ch. Lamentablemente, la página de inicio está en alemán, pero con un traductor en línea debería ser fácil de entender.

¿Y dónde debe conectarse la antena parabólica? Qué curioso, ¿eh?

@@transcommunication_switzerland No lo sé, pero quizá eso ayude a captar mejor las señales. No soy técnico ni un profesional en el ámbito, pero quizá funcione. También podría servir una antena simple de cobre, como la "Tesla Spirit Radio". Y en cuanto a dónde conectarlo; está claro que el elemento clave aquí es el germanio, así que, lo más lógico sería acoplarlo al germanio... ¿Qué opinas?

@@transcommunication_switzerland También estaría genial utilizar la última tecnología de inteligencia artificial para filtrar, suavizar y limpiar las grabaciones.

@@freethinker5777 Estoy convencido de que esto será posible en un futuro próximo. Vivimos una época muy emocionante en estos momentos y estoy convencido de que no tardarán en salir al mercado los primeros filtros de software o programas de transcripción que puedan filtrar grabaciones ruidosas y perturbadas con inteligencia artificial y así también sacar a la luz las tenues voces paranormales de forma más inteligible. Todo es cuestión de tiempo. Por cierto, ya existe algo así en el software de edición de vídeo de Wondershare-Filmora. Allí es posible, utilizando IA, filtrar las interferencias de las grabaciones de audio sin que la grabación de audio se distorsione demasiado.

@@freethinker5777 El receptor de germanio no es un "receptor" en el sentido de un receptor de ondas de radio. Junto con la plaqueta de germanio, "genera" un fuerte ruido y, dado que la plaqueta de germanio se encuentra entre las bobinas, puede producirse una interacción magnética. Así, es posible que entidades puedan manipular el campo y hacerse audibles. Por lo tanto, una antena, es decir, una antena receptora normal para radio, TV o antenas parabólicas, es inútil, ya que no se reciben ondas electromagnéticas de radio. Por cierto, la "Tesla Spirit Radio" funciona según un principio similar al del receptor de germanio. Aquí, un diodo de germanio también se utiliza para la recepción, pero con la radio Tesla, las ondas de radio son realmente recibidas, principalmente en el rango de onda media / onda corta. Pero éste no es el caso del receptor de germanio. Habría que reconsiderar una combinación de ambos dispositivos. En mi opinión, todo puede servir para realizar experimentos con lo ignoto, incluso las ideas que de momento parecen extrañas o bizarras.

Unfortunately, I have to disappoint you, because I do not sell these devices. The costs are only material costs if someone wants to rebuild it. But I wanted to show how you can build such a device yourself. I apologize if I did not express myself clearly. If you want to build it yourself I can, as far as it is possible for me, support you in building it.

The price for the complete kit with the original plastic case is about 30 Euro / $ in Europe / Switzerland. The aluminum case is available via Aliexpress for about 10 $ and the Bulgin battery holder costs about 10 Euro / $. The rest of the material i.e. switches, 3.5 mm jack sockets, potentiometer, potentiometer knob and electret microphone cost about another 15 Euro / $. All in all the whole project costs about 65 Euro / $. Add to that the fun factor and learning. This is priceless :) It's worth doing the project the way I did it. It really works amazingly well and the gain of low level signals is very high.

Do you accept Master Card? Where should I send the order?

@@alexrubino6731 Purtroppo devo deluderti, perché non vendo questi dispositivi. I costi sono solo quelli del materiale, se qualcuno vuole ricostruirlo. Ma volevo mostrare come si può costruire un dispositivo del genere da soli. Mi scuso se non mi sono espresso chiaramente. Se vuoi costruirlo da solo, posso aiutarti, per quanto mi è possibile, a costruirlo.

Hello! I love your work. What laser did you use to make the front panel?

Thanks :) The laser is the Emblaser 2 from Darkly Labs with 5 Watt. It is a really fantastic laser.

You are welcome :)

Sorry, but i have no idea where is the problem.

Danke :) Hier den Download-Link: www.transkommunikation.ch/temp/arduino_realtime_audio_spectrum_analyzer.rar

Thanks for asking. Unfortunately, I have not yet made any progress, because of a lack of time and many other projects that need to be completed. But will report it as soon as I am ready. Stay tuned :)

@@transcommunication_switzerland Could you do me a custom order for a germanium receptor as used in the scole experiment? To connect to my tape recorder. Paid of course. A basic one like they used.

@@Lavici Since I have a lot of projects and work open at the moment, I can't fulfill your wish. But I will try to build for you a Germanium Receptor as soon as I find some time. Otherwise contact me at this email address: admin@transkommunikation.ch

@@transcommunication_switzerland I've emailed you :)

I didn't know about these Duffing-Chua oscillators until today, thanks for the info. I would be very interested if you can combine these oscillators together with the multivoices. That means in this case, a combination of hardware and software? Please report here as soon as you find out more. Very interesting :-)

Thank you 🙂

Thanks John. If you need more informations, get in touch 🙂

You can connect the output of the Germanium Receptor to a microphone preamplifier. It can also be connected directly to the PC microphone input.

@@transcommunication_switzerland thank you .are the coil you have very small please . i just brought some . i saw the number of the relay on the video . they arrived today they are small about 20mm to 30mm long . are they the right ones please

@@john-kk4hb The mechanical size of the coils is not important, so I do not know if your coils are the right ones. But the coil resistance is important. The resistance of my coils is about 5000 Ohm. I have also ordered more coils, 7500 Ohm and 17'000 Ohm. As soon as time permits, I will install this in another Germanium Receptor and see if there is any change. So, check the impedance on your coils.

@@transcommunication_switzerland sorry to be a pain . brought the same relays in your video . but the coil are only 2100 ohm i think. on the meter in 20k it comes 0.210 is they any way you could tell where to buy the coils or get the relay . please i be so greatful

@@john-kk4hb Hey, no problem, you do not bother me :) I bought my relays here: www.conrad.ch/de/p/finder-40-61-9-060-0000-printrelais-60-v-dc-16-a-1-wechsler-1-st-503254.html but this is a Swiss online retailer. At least you can see what my coils looks like. Even if the impedance of your coils are only 2100 ohms, it doesn't matter. Try to set up the germanium receptor with these coils and see what comes through and what will be audible. Later, when you find coils with larger impedances, you can then compare your experiments in this manner. Don't give up, build up the Receptor with the resources you have right now. This will surely work :)

Thanks Andrés. The DSP filter algorithm works similar to the LINGUA DSP filter. In my opinion, the filtering of my bhi filter is less "aggressive" than that of the LINGUA. Therefore, the filtered signal does not have too many filter artifacts, which improves the intelligibility of the audio signal.

@@transcommunication_switzerland This is a very important information for me Salvatore because, as you know, the LINGUA by HoerFabrik isn't available anymore. I own one LINGUA which is such a versatile tool to improve ITC voices and up to now I haven't found anything to replace it that is available in the internet. Thank you!

Thank you Andrés. How right you are. I don't think it really matters what material is used finally. As you correctly observed, the real principle for making contact to "Unknown" is the interaction between the screw and perhaps the coils used in the system. Further experiments will maybe bring more clarity.

@@transcommunication_switzerland It's great that you are a technician who is dealing with a transdimensional or even spiritual phenomenon and still you are able to use your rational mind to find out the crucial functional parameter in your setup. Mind and heart interaction at it's best!

Hello, unfortunately not yet, but later I would like to have for sale different models. These will include models where the coils can be moved on a mechanical frame in height, as well as to the right and left. I am working on it :-)

@@transcommunication_switzerland I saw a comment you made some where about a germanium receptor V 2.0 ? What is the difference between V 2.0 and 1.0? I am currently planning on building one.

@@samsin102 In my videos the different germanium receptors are documented in detail. These are two completely different devices. Study the videos about both germanium receptors. The plans for the construction of the Germanium Receptor V2.0 can be found on my homepage or at this address: www.transkommunikation.ch/dateien/germanium_receptor_v2/index.html

It is quite possible that the magnetic field does not interact with the germanium platelet. But since this is an experimental setup and we don't know exactly if and what has an influence on a possible "contact with unknown", this setup is a first step. In doing so, I wanted to recreate the original Scole Group Germanium Receptor as best I could. I am also working on an adjustable version, so that the coils opposite the germanium platelet can be adjusted in the X, Y and also Z-axis. The polarity of the coils will also be adjustable. It will also be possible to use different coils with different coil resistances (10'000 Ohm, 15'000 Ohm, etc.) Still needs some time and patience. But I will publish the extended project on my RUclips channel as soon as I am done. Stay tuned :)

Thanks for your comment. I document all recordings with this approach using Audition, because as you correctly observed, when the file is saved in MP3, the tags are not saved. Additionally, I export the individual voices and then import them into Stefan Bion's EVP-Demo software. With this program the voices can be archived and also tagged with further information. So it is a database for voices.

Well, Have a look at this forum www.varanormal.com/forums/topic/1068-project-1-the-tdc-device-edison-and-the-scole-experiments/#comment-3470 and also here www.varanormal.com/forums/topic/471-the-germanium-receptor/#comment-1515 where you will find a lot more information about the construction of the Germanium Receptor as well as further ideas Or look here transkommunikation.ch/dateien/germanium_receptor_v2/ www.transkommunikation.ch/dateien/germanium_receptor_v2/pics/mobile/index.html#p=1 this is the direct link to build my Germanium-Receptor V2.0

Thanks for your inputs. These are very interesting. As for Morse, I have already done some experiments, but in the ultrasonic range and not with the germanium receptor, but that would certainly be feasible. In the ultrasonic range, I built an adjustable ultrasonic transmitter and was thus able to receive my Morse tones in the ultrasonic range with an ultrasonic receiver. Unfortunately, I have not yet received a telegraphic reply from "unknown". With the Germanium-Receptor I have a receiver in use, but at the moment I would not know how to build a Germanium transmitter. Possibly with an adjustable oscillator which excites the germanium disc electrically/magnetically to oscillate. I still have to think about that. But the germanium receptor is a fascinating device that, in my opinion, still hides a great potential. Let's see what the future will bring. Stay tuned :)

Thank you for your comment and suggestion. Since we unfortunately do not know exactly how this technology works properly, we can assume various hypotheses. Perhaps the Germanium-Receptor worked so well for the Scole experimenters because mediums were operating in their circle. In any case, I am working on an extended version of the receptor. This will include, among other things, mounts for the coils that will be free to move in the X and Y coordinates. Also the height of the coils in relation to the germanium disc can be adjusted. I just have to figure out different mechanical, adjustable holders. The coils will also be polarized differently in the electric field. Otherwise, try to think up a mechanical platform and share it with all of us here. I am always interested in cooperation. Vy 73 de Salvi / HB9GBY

The Audio Analyzer will be connected to the audio output of the audio amplifier of the ubitx.

Hi Sebastian, here you can download the documents: www.transkommunikation.ch/temp/arduino_realtime_audio_spectrum_analyzer.rar

​@@transcommunication_switzerlandb Hi......the site can not Accessing

Did you build and test it yourself, or do you have more informations?

@@transcommunication_switzerland Yes, yes, I got Konstantin Raudive's signal in 2018 and we've tested all TDCs for ITC, but the phone they're waiting for is not this one.

@@serginx The Germanium Receptor is not a radio wave receiver like the Raudive receiver which is nothing else than a "radio broadband receiver". The Germanium Receptor contains very interesting aspects for instrumental transcommunication. I receive a lot of voices after software filtering with the PC. Unfortunately no such voices and messages as the Scole-Group. But I will continue further experiments with this device, especially with an extended version with different relay coils. Stay tuned :)

Unfortunately not (yet), sorry. But as soon as I have a little more time, I could imagine to build some device for sale. But maybe only when I will be old, retired and wise :)

Thanks :) The Germanium Receptors I unfortunately do not sell yet because it takes a lot of time to build them, at least the Germanium Receptor V2.0. The Germanium Receptor V1.0 here in the video is not complicated to build and can be rebuilt relatively easily. For the Germanium Receptor V2.0 I was busy with the construction for almost 4 years. But I have published all documents on my homepage and everybody can download the plans to build it by themselves, technical knowledge provided. The noise is definitely quite different from a radio because the noise is "generated" by the germanium plate, in connection with the coils and also the pressure of the screw tip on the surface of the germanium. In this video, the signal from the germanium receptor is processed with the DSP filter. This is a DSP module from the company bhi. I then added the switching of the bandpass and highpass filters and the 5-band equalizer. Otherwise try to rebuild the Germanium Receptor V1.0. The plans can be found on my homepage.

@@transcommunication_switzerland interesting, and thanks for the hard work here.

@@transcommunication_switzerland was just thinking, i remember reading somewhere that the distance of the copper coils is important, if the device was constructed with coils on a pully, then the distance could be experimented with, as apposed to the coils being stationary, just a thought anyway. Thanks again for sharing this great work

Thanks for your comment. Yes, you might be right about variable spacing of the coils. I also had this thought when building the Germanium Receptor V1.0, but I initially wanted to build it relatively close to the original. Many ideas came together and at a later stage I will surely build an extended version of the Receptor with variable coil spacing. Among other things, I would also like to make the coils interchangeable to see/hear if anything changes, or if maybe the whole Receptor becomes more sensitive. Another idea is also to put the whole construction of the Receptor inside a big coil and then "activate" it with a higher current flow. So there would be a magnetic, as well as electrical components involved. Thanks in any case for your interest.

@@transcommunication_switzerland i m no electronics person by no means, and have started to gather together the parts for the 1.0 from the original device, like you, i am not going to make the 2 coils on a pully system as in the original it is stationary, although i do like your ideas on 2.0 and the interchangable idea. I v wrote down some ideas of my own, does your website have a forrum, thanks

Thank you. If you listen closely, there are a lot of voices present and blended with the noise. If the noise is then filtered with filtering software, the voices become more intelligible.

In this model, no pressure is applied to the germanium because there are pre-tensioned germanium diodes installed in the germanium chamber (aluminum box). The germanium diodes are mounted between two magnets in a PVC tube. A variable voltage which can be adjusted up to 200 volts is applied to the diodes. A total of up to four germanium diodes can be switched together at the same time. In a later video I will present and describe the Germanium-Receptor V2.0 in detail.

@@transcommunication_switzerland There's galvanic separation between the diode and the coils ? If I'm reading the text on the Scole website correctly, there should be no need for any galvanic connection (if it's not a standard radio). You "listen" to the diode while it's in the "pressure" zone between the two repelling electromagnet fields and that's it, no ?

@@transcommunication_switzerland you could theoretically increase this "pressure" to whatever level you like if the coils are fixed in place properly and capable of withstanding high currents. Ofc the same could be achieved with neodymium magnets at a much lower energy expense.

@@sFeral No, in the germanium chamber there is no galvanic isolation between the diodes. Also there are no coils in the Germanium-Chamber. The Germanium Receptor V2.0 is not to be compared with the original Germanium Receptor of the Scole Group. The V2.0 is based on a completely different concept. You can also find here ruclips.net/video/Vo5JVZ5pRyw/видео.html my video documentation about the original Germanium Receptor of the Scole Group. But it is exactly true what you write concerning the "listening" of the diodes. The noise and crackling occurs because the diodes are operated in reverse bias. The reverse bias voltage can be as high as 200 volts. The germanium diodes are built into a PVC tube and by using a switch it is possible to connect up to four diodes with each other. And right, the diodes are located between two very strong neodymium magnets which repel each other. Theoretically, a kind of "bubble" should form in the diode.

With the original Germanium Receptor of the Scole Group it is possible to vary the pressure on the germanium plate. My Germanium Receptor V2.0 no longer uses a germanium plate, but germanium diodes.

If you analyze the recording carefully, you can hear a lot of EVP voices. I like to work with DSP filters in general. They open up a whole new "acoustic" world for us technicians and experimenters and maybe one day we will finally be able to " build a bridge" to unknown worlds.

That is quite possible that it works, since there are certainly, to us unknown energies in the field. Experiments should be carried out more frequently.

Yes, I was able to receive a lot of EVP voices, but the intelligibility of the voices is still not much better than with the other methods. At least this device can be used for different types of recordings, especially the combination and modulation of the noise (voices) with the ring modulator.

Thank you for watching.

Muito obrigado pelas felicitações. Espero poder contribuir de alguma forma para o fenômeno da transcomunicação.