*************************************************************************** NOTE: DO NOT TRY THIS YOURSELF without your DOCTOR's advise and training, and a professional electronic technician looking over and checking the wiring and hardware ! The output from a circuit like this can produce dangerous voltages & currents if you set its power too high. FAIL-SAFE measures in the circuit must also be included to prevent accidental over-voltage or over-current that could damage your equipment AND/OR yourself etc... DO NOT TRY THIS YOURSELF ! ***************************************************************************
What a brilliant video! I have been brainstorming for a while about how to build a remote setup for sending CW. Starting from scratch with custom software would certainly be a big undertaking. This is a brilliant way to do it. I have that fully digested it. I think that maybe the side tone comes from the remote station sending the audio back to you. I would be worried about the delay with CW. Maybe you're using the local side tone at your local station instead of the remote one at the rig.
might depend on the ability of your other end's SDR ELF/VLF receiver to dig out the ELF/VLF transmitter's signal...the sound card SDR software programs can easily convert normal ELF/VLF cw signals back into normal audio CW audio tones ie Quisk SDR james.ahlstrom.name/quisk/docs.html
I paused when he spoke about the incident of the waman washing the feet of Jesus. Translators should not be allowed to interpret. In Luke 7:44-48, How does the woman know she is forgiven and and show much love by washing His feet? Jesus forgave her sins AFTER she showed much love by washing His feet. This does not mean she earned her forgiveness.
I had just been researching the aspect of adding a carrier wave thinking that would perhaps be beneficial to the simple DIY PEMF I’ve been building that are basic square of devices
would be best to always use ETHERNET for both devices, for lowest latency...in this example, to test the pi as a 5g wifi av receiver, the pi is using its own internal 5g wifi adapter, and receives AV over 5g wifi from the mac mini, which is ethernet connected to the same network as the pi through a network switch...the latency of the pi 5g av over wifi receiver is good enough for good enough audio lip sync timing with the video
@billyc762 by input of energy that is resonant, L/C, to the native resonance of the TRANSMIT PEMF EMITTER COIL(@64Khz) something here may explain better: electronics.stackexchange.com/questions/269257/can-i-increase-current-using-ac-resonance
depends; on my network, in my area, running a test with both bands, 2.4 had more latency and less stability... Listen Technologies may offer some additional guidelines www.listentech.com/wp-content/uploads/2020/06/LTN0025-Listen-Everywhere-Network-Configuration-2022-04-28-V3.pdf
Nice overview, my head still can't grok what I'm supposed to set Patch Composite to, me and a friend are trying to use VBAN over the internet, and we have confirmed that the ports are available with Packet Sender, we can even see the other persons UDP stream using that, but VoiceMeeter doesn't output any audio. I'm suspecting the Patch Composite and our Destination settings might be the problem... 😅
@@QRQcw A while after commenting I actually dug into this again, armed with the knowledge from this video I revisited the manuals, and I thought it was that my outputs did not run in composite mode! But when trying I still can't get anything to be heard on the receiving end 🤣 Works well with the mobile app, but can't for the life of me get it to work between VM clients, and I've used VM for almost a decade, hah! Always more things to learn 😁 I'll browse the forum when I have energy left for it, thanks! 😋
Yoo just wanted to let you know, you are doing amazing work and to be posting it as well is truly remarkable. I was surprised to see you with such a recent post. I’ve been testing binaural beats on my grandmother! I’ve discovered that although she cannot hear in the left ear her brain still admitted a fluctuating tone. Evidently proof that her own personal conduct has caused a blockage of neurological compatibility. I’ve recently studied up a bit on bob beck and have been led here to you. I just experienced the lvl 3 111.11 hrz sound and believe it may have extraordinary effects on my grandmother. Would you be able to assist me in developing my own sample
yes, W.I.N.E, but only a short time after this video was made, VM no longer installed/worked in linux/wine for some reason... i have not checked it since...
Magnificent historical recording of one of my Biblical New Testament hero scholars, likely the great of the 20th century. It seems that Dr. Metzger was both a scholar and a Christian. His intellectual integrity and respect of the Judeo-Christian traditions all shine forth in this lecture. Thank you.
You lose me at about 45-50 wpm. I am not sure where you are going with this video. Do you plan more to explain construction and use of the ferrite rod antenna for practical uses?
testing for 'Proof of Concept' for this: en.wikipedia.org/wiki/Through-the-earth_mine_communications#:~:text=Through%2Dthe%2DEarth%20(TTE,higher%2Dfrequency%20conventional%20radio%20signals.
I don't understand why this is so complicated and why there is no d a w that natively supports virtual audio cables on a per track basis, why has no one done this
test setup using just the output power of the sound card(less than 1 mW,) going to TX FERRITE antenna; distance from TX to RX ferrite antennas were several feet from each other for proof of concept evaluation
Thanks so much for video. How can I send Cw generated by Morse Keyer to a decoder program like CW Decoder Logic for example? What I want to do is practicing CW transmission. So I thought to send audio from Morse Keyer to a decoder program to see if what I send with paddle appears correctly on the screen. The only program that can do this is CwCom but is old and can't use ASIO driver for reduce latency, in CWCom latency is very annoing and unusable with paddle. Thanks so much for a reply, 73 de IU3QOA
@@QRQcw Thanks so much. No, I don't know Stereo MIX, let's try. Now I found this work around: from my Focusrite I physically (via wire connection) send analog audio output to analog input and pick up audio in CW Decoder Logic from focusrite analog input and works just fine, the decoder is not so precise, he is not always able to decode well the first letter sent, I don't know why. Only the first letter, seems like the audio stream has an attack time before open and decode.
@@riccardomilan you might also try using a MIC to your sound card mic input jack, and just place the microphone near the same speaker output you listen to your CW KEYER on, and have CW Decoder Logic listen with that microphone... and adjust placement of mic to speaker to not distort input to software ... another option is use FLdigi's CW decoder and compare to your CW Decoder Logic's performance accuracy
@@QRQcw It's what I did but without mic, using instead a jack from output to mic input. Works perfectly. But is possible to do it via software? I see in this video you used Jackaudio to route the audio from an app to another or am I wrong?
@@riccardomilan yes, if your APP(s) has(have) native 'jack' support, OR, ASIO support... you can use JACK AUDIO CONNECTION ON WINDOWs and connect outputs from one jack/ASIO app to the inputs of another jack/ASIO APP you could also use virtual audio cables and with an AUDIO REPEATER APP that would capture audio going to the speaker(stereoMIX), and send it to the virtual audio cable that your decoder can use for its input
if the reciver is less then one wavelength away from the transitter, you might be observing magnetic coupling between the two antennas instead of free space propigation. (near feild effects vs far feild effects)
the only software was the scope and spec-AN, which are linux LV2 plugins...otherwise it was all diy hardware circuits...for the RX, however, you could use a raspberry pi with the SPEC-AN lv2 plugin to view the signal strength using the typical multi turn box framework tuned high Q, RX antenna into a low noise usb mic or line input adapter... you could measure and estimate github.com/x42/spectra.l2
👍nice. I do wish modern rigs had simple AF tone controls. It was a feature that many comms receivers and domestic receivers had for years but seems to have gone out of fashion.
Can you explain to me like I am five, how to do this with the current version with windows 11 (or 10)? When I install it now, there is no 'jack' folder in the program files (x86) folder (presumably because i installed 64 bit)? is this even relevant any more? I tried running the CMD command to the jackd.exe in the normal program files version, but it threw some errors. My aim is to be able to merge audio signals coming from a Cantabile session (VSTs etc) and a USB mixer device into one, but for then to it be routed into Jamkazam app. is this possible?
Hello, I come from Germany and I am using the bio tuner for almost five years now. When I am tired in the late evening for example I use the Schumann Earth wave. (Our brain is used to operate with lower frequencies because we should sleep at this time. But I have a question for which I am looking and searching for YEARS now in the www, but I never got a satisfactory answer: Which frequencies did Bob use when he was talking about "over 256 diverse frequencies used every single second" in his brain tuner or later bio tuner?? I know there are 0,5 Hz, 7,83 Hz, or 111,11 Hz. But what are the other ones? I really want to know every single frequency, because this is so interesting for me. Please, could anyone help? Doesn´t the spectrum analyzer show this? Excuse me for my terrible english, it has been a while I had to use it. ;-) If anyone could help with this, I´d be very thankful, Marcel
Excellent, with this project, we are now ready for Judment day, Armageddon or the zombie apocalypse… now, the real question is.. how do we hide this from AI. Check the code again, to make sure chatgpt didn’t install a back door!! 😂😂😂
