Receptive Musopathy is anchored on Clinical Sonic Solutions (Clisonics), a standardized repository of specially designed and being created with minimalistic combinations of notes. A few of these are already available (upon request) to scholars across the world for health Research and Applications. These combinations are drawn from a superset of over 7.2 million possible scales using permutation and combinations of notes, each of which can be reconfigured by scholars in terms of volume, frequency, texture, tempo etc for deep level analysis in terms of physiological, psychological, neurological or cellular level responses. 

The objective is to provide not only qualitative but quantifiable evidence that can be assessed by any objective expert in any part of the world and the same experiment can be repeated in identical conditions across populations.  A substantial research along these lines has the potential to eventually enable Musopathists to create precise prescriptions which can prevent neural habituation and combat diverse physiological or psychological disorders. 

Receptive Musopathy Applications

• In Receptive Musopathy, participants only listen to music proven to be most beneficial to them and they are not required to sing or play them. 
• They can be particularly useful to people who cannot undertake Musopathy’s active interventions like TBT and MANET. 
• They can also be useful in certain areas that are humanly impossible – like self-generating very low frequencies during TBT, even though they may be beneficial to the human body. 

Background: Inconsistency in “Performance Music”

Traditional music therapy and sound healing often rely on “Performance Music”, which consist of complex compositions or sophisticated improvisations designed for entertainment, cultural expression, or devotional purposes. While beneficial, these interventions are inherently subjective and lack quantifiable precision. The neurological impact of complex music varies significantly based on a listener’s cultural background, personal preference, and emotional history, making it difficult to standardize as a medical treatment.

A health care professional can not prescribe exact dosages of music a patient needs to be exposed to in order to get the desired results.  Nor is it possible to generate enough data to specify the combination of dosages in terms of volume, tempo, texture etc that a patient needs to expose his or her aural-neural systems to in a precise manner.  One cannot for example write out a prescription for like:

Mozart 12th Symphony @ 90 DB 1-0-1 for 10 mts each 

African Rhythms @ 75 DB 0-1-0 for 4 mts each

Indian Raga Keeravani (which corresponds to Harmonic Minor in Western) @ 50 DB 1-1-1 (morning – afternoon – night) – 8 minutes each

Why are MT prescriptions impossible?

1. Entertainment music needs to have multiple aspects in order to engage with listeners.  An artist could sing or play several slow or fast segments, soft or loud segments, low or high octave segments and segments blending two or more of such aspects. 
2. It is almost impossible for most people to isolate and quantify everything that happens even in a 4 mts sample of a sophisticted composition like Paganini’s Caprice 24 or improvisations in a Raga like Keeravani and then individually as well as  collectively analyse them all to form reliable conclusions regarding the health impact of each one or various combinations.   
3. More pertinently, no one can do a study of can do a study of every rendition of improvisatory music by every artist till date to prescribe a particular one, as there will be thousands of performances featuring it by hundreds of artists in various styles.  For instance, no doctor or therapist can authoritatively tell a patient, “Listen to X for neck pain but only to Y for your hypertension.” 
4. So, can any study arrive at a precise conclusion like X’s performance at the Sydney Opera House of 2015 undoubtedly produces optimal results across the board including a vast number of people who may not even identify with a genre of music or a particular artist? 
5. If this be the challenge in a solo sample, what happens when there are 2-3 other artists involved? 
6. What happens when a whole 100-member Symphony Orchestra is involved, some of whom are playing harmony parts in parallel to the main melody? 

The Solution: The Musopathy Approach

Musopathy addresses these limitations by shifting the focus from aesthetic music to Fundamental Medical Music. Instead of relying on subjective enjoyment, it utilizes the fundamental mechanics of sound – specifically frequency, rhythm, resonance, mathematics etc – to trigger physiological and neurological responses through receptive or participative interventions.  

Global Clisonics Repository 

Efforts are already underway to create a global repository with thousands of professionally curated samples of short, simple music of even 4-5 notes.  These samples will enable scholars to isolate, vary and analyse the impact of various fundamental, universal parameters of Music (such as Tempo, Volume, Note-Combinations etc) and foster a more precise understanding of the role and extent each component in health and wellbeing of various populations. 

Highlights 

• This repository consists of samples created in a most organised, mathematical manner, as opposed to randomly generated sequences. 
• They apply permutations and combinations of 16-notes as opposed to merely 12 tones and therefore can be significantly important tools for exhaustive studies.
• They are curated by world class musician composers. 

Musopathy Capsules  

Data collated from Receptive Musopathy studies as outlined above can eventually enable medical practitioners to be able to prescribe appropriate ‘Musopathy Capsules’ in precise dosages to patients with various conditions, at least as complementary treatment for several conditions and perhaps as a primary non-invasive choice in at least some instances like neurological and psychological disorders. 

Neural Habituation

One possible scenario is that participants that associate strongly with musical aesthetics of any genre can get bored, irritated or mentally fatigued by listening to the same set of culturally neutral note combinations repeatedly, and tune out from the process because of Neural Habituation – a decrease in neural activity as a stimulation such as the same set of musical notes is repeated.  There are some advantages to this as it can enable the brain to learn things very well through repetition as several cultures have shown for thousands of years.  But from a musical perspective, not much has been done in this arena except for pure-tone single frequency research.  Musopathists can conduct multi-note experiments using Clisonics samples and analyse neural responses to Repetition Suppression (RS), Repetition Enhancement (RE) or enhancement of the brain’s predictive abilities drawing inspiration from Imaginative composers like Gustav Holst who have shown ways to convert repetitive combinations of the notes into an advantage by varying textures, dynamics or adding other layers of music to it. 

Musopathists can similarly change the tempo or volume levels or add layers to even simple note combinations once every 60-75 seconds and study brain responses more deeply. They can also carry out such experiments first on other animal or plant species or on cell cultures before taking it to humans.