this is a local proof of concept test setup a tiny qrp micro-watt transmitter is setup up in same room

@@QRQcw Ok. That is a good idea. I use my Portapack Hackrf for things like that but it does not work down at VLF and ELF.

very simple setup, just the 3 ferrite rod coils in series connected to mic jack...mic jack to input ports of QUISK SDR software

@@QRQcw Thanks for your reply. I will be giving this a try. I suppose the advantage is that you can experiment with one, two or three coils b adding them in series. It could be seen as a transformer secondary winding which is coupling with the ether or aether.

asking chatGPT your question: There have been studies on both microcurrent and PEMF (Pulsed Electromagnetic Field) therapy exploring their regenerative potential, but when it comes to organ regeneration inside the human body (excluding the liver), the scientific evidence is limited and mixed. Microcurrent Therapy: Microcurrent therapy has been studied for its ability to enhance wound healing and tissue regeneration, including skin, muscle, and nerve tissues, but its use in internal organ regeneration is less well-researched. Some promising results have been observed in animal models or cell studies, particularly in: Cardiovascular repair: Some animal studies have suggested that microcurrent could support heart tissue healing after a heart attack. Kidney function: There are a few exploratory studies on its role in improving kidney function, but not direct regeneration of kidney tissue. However, for human clinical trials that are randomized controlled trials (RCTs) or double-blind studies focusing on organ regeneration, evidence is very scarce or non-existent at this time. PEMF Therapy: PEMF has shown promise in various tissue healing applications, but again, research focused specifically on internal organ regeneration is rare. Most of the RCTs or double-blind studies on PEMF have focused on: Bone regeneration: One of the best-studied areas with significant evidence supporting PEMF’s ability to help bone healing and regeneration, particularly after fractures. Nerve repair: Some studies have suggested PEMF can help with nerve regeneration and repair in conditions such as neuropathy. Heart and kidney studies: A few studies in animal models suggest that PEMF might support heart muscle recovery post-myocardial infarction and kidney function, but there is little robust human evidence supporting regeneration of these organs. Specific RCTs/Double-Blind Studies: Kidney Studies: There have been small studies evaluating PEMF’s ability to improve kidney function in chronic kidney disease, though these studies tend to focus more on function preservation than direct tissue regeneration. Cardiac Studies: Some research has explored the potential of PEMF for cardiac recovery post-heart attack, showing modest improvements in cardiac function rather than outright regeneration of heart tissue. Overall Limitations: Most of the high-quality human clinical trials (double-blind, placebo-controlled) are related to bone and soft tissue healing, not organ regeneration. The mechanisms through which PEMF and microcurrent therapy might influence cellular processes suggest potential benefits for cellular repair and tissue healing, but evidence for internal organ regeneration, excluding liver, is lacking at present. It seems further research is required to establish the efficacy of microcurrent or PEMF therapy for internal organ regeneration in humans, especially via large-scale RCTs.

jackaudiosrc is an audio input PORT that any jack audio connection kit AUDIO OUTPUT port CLIENT/app, can connect to, recorded, or LIVE or player etc...

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best help would come from the forum and the inventor of vban here: forum.vb-audio.com/viewforum.php?f=9&sid=31947ace6c64a4f4a9712cab32ee0093

best to ask the inventor on his forum here: forum.vb-audio.com/viewforum.php?f=9&sid=31947ace6c64a4f4a9712cab32ee0093

since it is operating at VLF in the AUDIO range, a CLASS D audio amp can be used... output from sound card to the input of the CLASS D audio amp, output of CLASS D audio amp to the input of the antenna using sound card SDR open source software, for both TRANSMIT and RECEIVE

@@QRQcw ok i understand! sadly i lost all my VLF programs when my HDD crashed and now most of the websites are dead. i am currently searching for alternative. could you please tell me that is your favorite software to use? i see you are using a combination of many different program. it is sad because in the past i had a software that was all-in-one and could go down to 100hz with different modes and even a waterfall.

@@Francois_Dupont my TOP favorite is RECRI KEYER's APPs, both CW and SDR from his github: github.com/recri/keyer it is LINUX only though....check out VLF-RX Tools too abelian.org/vlfrx-tools/ there are several sound card SDR apps you can also test if you can find them in search engine for an initial test with new PC/sound card, is to set its sample rate to 192Khz(hopefully) then connect some sort of antenna to its mic input or line input jack(in the house so no static discharge danger(hopefully) then take your line out/headphone out and send a 20Khz to 95Khz sine wave to a transmit antenna/coil/etc set it close to the receive antenna and using only the power of the sound card, usually 1mW or so... you can see the transmit VLF carrier, if you have a software scope or software spectrum analyzer...

@@QRQcw Thank you i will check them out! thank you very much for your help!

*************************************************************************** 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 ! ***************************************************************************

@@QRQcw 音频变压器太难找了🤣

depends on if the remote setup is local(LAN) or off site(WAN)... if on LAN, and LAN ethernet setup is well suited for ultra low latency, some delay can be tolerated(a matter of remote and RIG's PC sound card sample rate & buffer frames... etc)(can tolerate & get used to iambic keying with delays up to length of single dit element)... and up to 100 to 200 ms of delay to hear sidetone is not really a monster issue if using a cw keyboard....however, on either case, if you prefer immediate, absolute zero delay, it is easy to block the RIG's transmit sidetone and only listen to a local sidetone you setup in software on the same pc(or just listen to your KEYER's OWN sidetone, if in software , by using a ducking app like DUCKA or REAPER's REGATE(in sidechain ducking mode) it will silence the RIG's audio to remote site and you only hear your local software sidetone....there are many more examples of low latency remote RIG'n remote audio, in this channel if you do a search for remote rig etc...

@Circe-wz3kg Bob Dennis PHD TOP scientist for the NASA pemf research, is TOP NOTCH and his designs are too !

@@QRQcw do u have any personally? Has it helped you? Cheers (:

@@Circe-wz3kg i have only watched most of his videos and video interviews and listened to those that have used it, talk about their results

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

the 5g router connects the main sound booth mixer by wired Ethernet cable, but the musician is using the same 5g router by wifi/smartphone, to send & receive from the sound booth mixer

@@QRQcw Ok so it's not 5g, it's wifi Thank you

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

same

sosrff-tsu-ru.translate.goog/?page_id=502&_x_tr_sl=ru&_x_tr_tl=en&_x_tr_hl=en&_x_tr_pto=sc&_x_tr_sch=http www.heartmath.org/resources/videos/science-behind-gci/

@Demandog3 maybe use something like this: coil32.net/online-calculators/lc-resonance-calculator.html