
Diffusion & Scattering
Measurement, theory, diffuser design, data interpretation, and the development of diffuse fields.
Research is useful when it improves understanding, measurement, design, or the way an idea can be explained.


Measurement, theory, diffuser design, data interpretation, and the development of diffuse fields.

Computational models and visualizations that make complex sound behavior easier to see, teach, and reason about.

Measurement methods, uncertainty, standards participation, and better ways to represent acoustic data.

Three U.S. acoustic-design patents spanning diffuser and acoustic-panel geometries and sound-diffusion systems.
Architectural Acoustics · Computational Acoustics · Education in Acoustics.
E33.05P Research Diffusion/Diffraction · E33.01C Diffusion Standard Group.
Research is most valuable when it produces clearer decisions, better models, better measurements, better products — or a better way to teach the idea.
See it.
Measure it.
Understand it.
Tell me what you're working on, what matters about it, and where you are in the process. A short note is enough to start.