Matias Gomez Paz is an Applied Physics student and builder. His work moves between scientific imaging, autonomous software, prediction systems, and physical objects.
01 / SELECTED WORK
Products, research tools, and technical experiments selected for depth rather than novelty.
An iOS-first wellness companion that turns health data into controlled experiments, captures evidence, and produces verdicts instead of another stream of charts.
Full mobile client, experiment engine, staff console, safety boundaries, and behavioral evaluations.
Open projectAt sixteen, I designed and assembled a custom quartz watch from the outside in: case geometry, water-resistance tolerances, dial, hands, crown, gaskets, and movement packaging around an ETA F06.111.
The dial became a sub-0.6 mm custom circuit board, with hand-soldered SMD resistors serving as hour markers.
Read the build notebook
Automated Bacterial Labeling Annotations uses membrane segmentation to shrink the search volume in noisy cryo-electron tomograms, helping researchers find molecular structures faster.
A decision-support system that detects when Kalshi prices lag equivalent Polymarket events, then sends signals only after matching criteria, fees, and confidence gates clear.
Automated discovery every six hours, analysis every ten minutes, and explicit controls for false matches.
Deployment offlineAn iOS agent that translates natural language into Apple Shortcut actions while keeping credentials, billing, connectors, and tool execution behind explicit boundaries.
Designed for real-device execution, streamed tool events, and a user-owned registry of automations.
Private buildA living record of how leading language models rank the same questions over time, with shared evaluation criteria, consensus scoring, and visible disagreement.
Built to turn model “vibes” into something observable, comparable, and auditable.
Open radarA browser tool for turning terminal address data into accurate facility geofences, with international geocoding, hand-drawn corrections, and WKT export.
Made for non-technical coworkers processing real facilities across more than thirty countries.
Internal tool02 / PROJECT INDEX
Prototypes, course projects, research work, and small tools. Private builds are described without exposing their repositories.
03 / ABOUT
“The interesting work starts when the boundaries between disciplines stop being useful.”
I study Applied Physics at Brigham Young University. I like problems that force me to move between models and materials, theory and implementation, careful measurement and fast prototypes.
That has meant segmenting bacteria in cryo-electron tomograms, building systems that watch prediction markets, designing an iOS agent around Apple Shortcuts, and designing and assembling a custom watch from scratch.
The medium changes. The habit stays the same: take the system apart, learn its constraints, and put it back together in a more useful form.
04 / RÉSUMÉ
The public version: selected work with claims that can be traced to shipped products, source, or research records.
Undergraduate, Applied Physics
Computer vision work for locating bacterial flagellar motors in noisy three-dimensional tomograms.
Named contributor to the 250 GB dataset behind the BYU Kaggle localization competition.
Co-founder and product builder. Current work spans mobile health intelligence, experiment design, agent systems, and product simulation.
Built and deployed tools for prediction markets, operations, commerce, communication, model measurement, and developer security.
Designed and assembled a quartz watch around the ETA F06.111, including a 3D-printed case, display back, water-resistance system, and custom PCB dial.
05 / CONTACT
Tell me what you are trying to understand or build.