Projects

This page collects a few representative projects that sit a little outside the formal publication list. Some are small software tools; others are ways of organizing research or explaining technical work more clearly.

Selected Projects

DrawBZ

DrawBZ is a lightweight Python tool for constructing bulk and surface Brillouin zones for complicated crystal structures. I wrote it because this was a recurring pain point in day-to-day research: the geometry matters, but redrawing everything by hand is slow, error-prone, and not a good use of time.

• Related post: Drawing BZ without Any Pain
• Code: GitHub repository

Research summaries and project pages

One goal of this site is to make research easier to browse than it would be from a publication list alone. I want each project page to explain, in plain language, what the material system is, what the measurement challenge was, and what changed in our understanding after the work was done.

Quantitative research interests

Beyond condensed matter physics, I am also interested in statistical modeling, machine learning, and quantitative research. What draws me there is not just prediction, but the craft of building robust workflows: feature construction, careful validation, signal decomposition, and deciding what deserves to be trusted.

Scientific workflow and data interpretation

A lot of research progress comes from infrastructure that never appears in a title line. I care about small tools, clean data handling, and reproducible analysis pipelines that make it easier to compare samples, revisit old measurements, and communicate results clearly.