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Post by Victronyx on Jan 5, 2023 2:37:06 GMT
Hi everyone ! I wanted to share with you an audio I have made with the frequencies of a big old bell (tuned at the frequency of 432hz) which was known to have powerful healing effects on the body. I extracted a sample from this video: newtube.app/phiroc/JNsYn85 (The sample I used is from 29 to 32 seconds), I used an effect called Paulstretch which allows to stretch the sample without changing its pitch and without losing the quality of the frequencies. In this way we can extend the duration of the frequencies to benefit from them longer. I used the Intention Repeater WAV File Writer with two WAV files. The first one has the intention to amplify the frequencies effects (and to feel them to the very depths of our being), the other one has the intention to heal, detoxify and harmonize our body with divine perfection from Source (with "thanks" at the end of each intention). I also boosted the energies with Holo-Stones, Atlantean Master Crystals, Octave-Level Tech and Multiverse energy. In addition to this, I added ocean sounds for relaxation, and the 17253 hz frequency (at a low volume of course) that Reden recommended for Love and Heart You can listen to this audio here : drive.google.com/drive/folders/1fNpOypVyg7tgVOBvW7lh956ED30WC5Vk?usp=sharingI’m sharing this audio with all of you because I truly feel and believe that it can deeply heal the body on a physical, mental, emotional and spiritual level (and maybe more). There are two versions of this audio : one with energies and frequencies only, and another one with Subliminal affirmations added. You can find the affirmations list on the link above. Thank you for your time and patience.
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Post by sound on Jan 5, 2023 19:55:59 GMT
Thanks for sharing. I like it much. By the way, you mentioned: "and the 17253 hz frequency (at a low volume of course) that Reden recommended for Love and Heart" The volume is shown below (see the peak furthest to the right):
It's around -50 dB. The bell sounds are around -30 dB on average.
This is useful to know since the frequency is not audible and some are very sensitive to such high frequencies.
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Post by sound on Jan 5, 2023 19:58:00 GMT
It's measured negatively relative to a sound card's maximum capacity. That's why the values are not positive, which they obviously would be if measured with equipment in a room where it is playing.
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Post by Victronyx on Jan 5, 2023 22:45:27 GMT
That's good to know! I am sensitive to high frequencies, but with the bell's sound + ocean's sound, I have to listen carefully in order to hear this frequency. Personally, it's very subtle and not agressive at all to the ears.
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pompom
Junior Member
Posts: 68
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Post by pompom on Jan 6, 2023 0:58:18 GMT
Thanks for sharing, I love the creativity on this forum, you guys are amazing!
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Post by sound on Jan 6, 2023 1:28:35 GMT
That's good to know! I am sensitive to high frequencies, but with the bell's sound + ocean's sound, I have to listen carefully in order to hear this frequency. Personally, it's very subtle and not agressive at all to the ears. You hear it? With what equipment?
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Post by Victronyx on Jan 6, 2023 1:56:41 GMT
That's good to know! I am sensitive to high frequencies, but with the bell's sound + ocean's sound, I have to listen carefully in order to hear this frequency. Personally, it's very subtle and not agressive at all to the ears. You hear it? With what equipment? With Noise reduction Headphones (Bose). In general, I can hear frequencies up to 18500-19000hz at least.
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Post by sound on Jan 6, 2023 2:36:33 GMT
It could be a distortion from the audio processing. I find it hard to believe that headphones and DACs are able to produce such high frequencies to an extent which is audible. On my computer with bit-perfect playback (no Windows audio processing) and DT770 reference headphones most people I asked stopped hearing at around 14-15 kHz. It could be that the DAC in the computer stops producing frequencies above that limit. On a computer with audio processing API there may be distortions in the higher frequency areas causing it to trick the listener into believing they're hearing it. The only way to know how far up you can hear is through a professional hearing test. A computer is too volatile and I do doubt that when people say they hear such high frequencies that they're actually hearing that frequency and not a distortion.
That's just my opinion based on what I've understood from audio science and sound cards but it could very well be wrong.
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Post by Victronyx on Jan 6, 2023 3:21:44 GMT
That's interesting. It could depend on the type of computer as well as its manufacturing date.
I saw some comments on a hearing test video on Youtube. Most people say they can't hear anything at 16000hz or 17000hz. I think it's because of youtube compression. The only way to know if the higher frequencies are still played on the video is when you hit the pause button. When you hit pause, you can hear a very short crackling sound.
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Post by Victronyx on Jan 6, 2023 3:30:14 GMT
With absolute pitch, I can still guess and name the note played by the 17253 hz frequency, but I can't tell you if the sound is distorted or not.
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Post by reden on Jan 6, 2023 3:42:57 GMT
It could be a distortion from the audio processing. I find it hard to believe that headphones and DACs are able to produce such high frequencies to an extent which is audible. On my computer with bit-perfect playback (no Windows audio processing) and DT770 reference headphones most people I asked stopped hearing at around 14-15 kHz. It could be that the DAC in the computer stops producing frequencies above that limit. On a computer with audio processing API there may be distortions in the higher frequency areas causing it to trick the listener into believing they're hearing it. The only way to know how far up you can hear is through a professional hearing test. A computer is too volatile and I do doubt that when people say they hear such high frequencies that they're actually hearing that frequency and not a distortion. That's just my opinion based on what I've understood from audio science and sound cards but it could very well be wrong. Most of everything produces up to at least 20khz (20000 hz) frequencies, 22.05k in the strict sense. Because the most common sample rate used these days is 44.1 khz, headphone makers make sure to comply with it. There's a concept known as the Nyquist Frequency, where only sounds can only be played up to the sample rate's half, and anything else further produces static and nonsense. 44.1's half is 22.05. Another common sample rate is 48khz, whose Nyquist is 24khz. For a long time, DACs haven't distorted anything willingly. Any distortion often comes from the userland (software stack) or from the headphone itself. Even people who have lost their ability to hear high frequencies still benefit from them. This is because cells hear everything, even though they don't have physical ears.
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