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Researching The Frequency Matters
This is an experimental repository. It provides experimental results from my research in regards to the associations between matter and frequency. Over time, as my research progresses, I plan to add more content. Eventually leading up to the release of the tools which I use for the computation of these waveforms.
If you desire to attempt experimenting with the .wav files, you must first ensure that your audio output device supports a sampling rate that is sufficient for generating ultrasonic frequencies. The files which I provide are usually offered in two variants: 96.000 Hz sampling rate and 192.000 Hz sampling rate. Higher frequencies appear to be more effective at consistently producing results. However, more research is required here.
Most audio devices support at least 96.000 Hz as a sampling rate. You can change this within the sound device settings of your operating system.
Experience throughout my research efforts has shown that such ultrasonic frequencies hold the potential to penetrate biological tissue. They induce vibrations akin to those which are produced by the actual compound, thereby affecting biological systems in a way that somewhat resembles the effects of the real compound.
The frequencies produced by these files are restricted to the range between 24.000 Hz and 96.000 Hz for the 192kHz variant. 24.000 Hz and 48.000 Hz for the 96kHz variant. These are practically inaudible, albeit distortions in the speaker membrane movement can lead to crackling in case the volume is set too high.
Whether the frequencies are played through speakers or headphones does not really seem to matter, albeit you need to ensure the playback device does not just cut off inaudible ultrasonic ranges. As far as I am concerned, this is usually not the case, so you are most likely good to go.
Right now, the repository offers waveforms for the compounds listed below.
Acetylcholine
Acetylcholine is a neurotransmitter associated with the formation of memories and focused learning.
The two variants are named as follows:
Arachidonic Acid
Arachidonic Acid is a compound that plays a vital role in the properties of cell membranes, affecting permeability and enzymatic activities. It is involved in the genesis of new cells, as well as in the maintenance of existing ones.
The two variants are named as follows:
BPC-157
A peptide known for it's regenerative effects. It is usually found in the gastrointestinal tract and is responsible for increasing the healing rate of gastric mucosa, for example. When applied to other parts of the body, it also positively affects cell growth there.
The two variants are named as follows:
Caffeine
Probably the most widely used drug, known from coffee and tea for it's stimulating effects. Works through adenosine antagonism, effectively blocking the receptors from receiving the signals that would usually indicate a shortage of cellular "fuel", which is being used by the body as a way to measure the desire for sleep.
The two variants are named as follows:
Cordycepin
A structural ATP derivate produced by the Cordyceps fungus. It promotes healing and cell metabolism.
The two variants are named as follows:
Efavirenz
This substance is an anti-viral medication that effectively shuts down genetic mechanisms of viral pathogens.
The two variants are named as follows:
Melatonin
It is responsible for regulating the circadian rhythm of our body, and it is produced when the light levels begin to dim in the evening.
The two variants are named as follows:
NSI-189
NSI-189 (as a compound) supports neurogenesis, positively affecting regeneration and re-growth of brain cells.
The two variants are named as follows:
Piracetam
Piracetam is a medicinal compound used for promoting neurogenesis. It is used to prevent or delay the effects of neurodegenerative disorders like dementia, and it is also used for supporting healing after traumatic head injuries.
The two variants are named as follows:
Salicylic Acid
This is the substance from which acetylsalicylic acid (Aspirine) is produced, naturally found within willow trees for example. It has similar properties to acetylsalicylic acid, albeit it is considered to be somewhat weaker.
The two variants are named as follows:
Spermidin
Found within nearly all cells, this substance modulates programmed cell death processes and supports the clean-up processes required in order to create the optimal conditions for cellular regeneration.
The two variants are named as follows:
Sulforaphane
A strong antioxidant with protective properties. It is assumed to have anti-cancer effects. Found in high concentraion within broccoli, probably playing an important role in the positive health effects that arise from the consumption of broccoli.
The two variants are named as follows:
Tryptamine
This is a base compound from which the body synthesizes multiple compounds, including serotonin and melatonin.
The two variants are named as follows:
Urolithin-A
Urolithin-A is a post-biotic substance secreted by certain gut bacteria. It has protective effects on cells and promotes healthy growth. The substance is assumed to positively influence the immune system.
The two variants are named as follows:
Each .wav file is mono-channel with a duration of 30 seconds. Play in a constant loop for best results.
(... more to follow)
As time progresses, this repository will continue to become populated.