Concepts
A directory of concepts across three areas of work: the framework of The Maha Principle, the Maha OS sovereignty architecture, and analyses in music and instrument design. Each section is its own body of work.
The Maha Principle
Concepts from the book The Maha Principle: Reclaiming Biological Sovereignty — a four-part framework arguing that three modern crises share a single structural root.
The Maha Principle→
The four-part framework (Mindfulness, Authenticity, Health, Action) addressing three compounding crises with one structural root.
Biological Sovereignty→
The right to protect your metabolic, cognitive, and autonomic systems from external extraction.
Attentional Captivity→
The structural capture of human focus by systems engineered to maximise engagement — distinct from ordinary distraction.
Metabolic Colonialism→
An economic model in which industrial food systems profit from biological dysfunction.
The Nurturing Warrior→
An archetype integrating the defence of a boundary with the care of what is inside it.
Maha OS
Concepts from Maha OS — the sovereignty-oriented software architecture that applies the book’s principles in practice. These are product and engineering ideas, distinct from the book’s argument.
Digital Sovereignty→
Self-reliance through local data and private compute rather than dependence on hyperscale cloud services.
Zero-Payload Architecture→
A design approach that minimises non-essential telemetry sent off-device by default.
Thermodynamic Autonomy→
A design goal of operating with minimal external dependency — used as a guiding metaphor for self-sufficient systems.
Music & Instrument Analysis
Analyses of instrument design, performance technique, and the relationship between musician and instrument — a separate body of work from the books.
Cybernetic Prosthetics→
Reading high-performance instruments as extensions of the player’s nervous system and intent.
Biomechanical Synthesis→
How localised kinetic collaboration scales into the coordination of complex, distributed performance systems.
Structural Syncopation→
An analysis of polyrhythmic complexity and the rhythmic baseline underneath it.
Extended Range Geometry→
Low-frequency transient tracking and structural transitions on multi-scale 8-string instruments.