Research
We pursue foundational and applied research into coherence, wave-field dynamics, information systems, and complex adaptive structures.
Macrowave Foundation exists to develop, preserve, test, and publish coherence-based research across physics, information systems, artificial intelligence, governance, and human organisation. Its central research stream is Harald Wave Field Theory, supported by applied models in systems intelligence, field-based computation, and structural diagnosis.
We pursue foundational and applied research into coherence, wave-field dynamics, information systems, and complex adaptive structures.
We publish papers, essays, research notes, diagrams, models, and educational material to make advanced systems thinking more accessible.
We document experimental frameworks, simulations, prototypes, and applied models that connect theory with practice.
We create space for discussion across science, technology, governance, education, and institutional design.
HWFT, PTFC, φ-geometry, wave-field modelling, coherence measures, and the mathematical structure of physical systems.
Learn more →EII-Core, RMS/FIS, adaptive decision systems, structural diagnosis, and organisational coherence.
Learn more →Secure communication models, protocol architecture, WFF media systems, AI infrastructure, and field-based computation.
Learn more →Governance, justice, education, resilience, mental coherence, and long-term institutional design.
Learn more →Checking the local Macrowave publication index.
Contact →Publication data is refreshed from Zenodo by the Macrowave n8n research sync.
The Foundation develops and preserves its research spine while separating public knowledge from commercial implementation.
Research outputs, methods, diagrams, simulation notes, and public materials are documented where appropriate.
The work is directed toward durable knowledge, responsible systems, and future-facing human benefit.