We develop public research software for measurement, analysis, and reproducible scientific inference. Source code, documentation, examples, and versioned releases are available through the Brunaugh Lab GitHub organization.
Public Research Software
Dispersibility Analysis Toolkit
Quantifying aerosol dispersibility using the Wasserstein distance
A distribution-sensitive workflow for comparing an inhaler-generated aerosol with a powder's intrinsic dispersion limit using standard laser-diffraction exports.
Current scope: Includes data import, Wasserstein-distance analysis, and publication-ready visualization workflows.
Oscillatory Rheology Pipeline
Provenance-first analysis of TA Instruments TRIOS exports
A staged pipeline for ingestion, quality control, feature extraction, and declared group comparisons that retains measurements and records every analytical decision.
Current scope: Supports versioned output packages, explicit study design, trace-level adequacy decisions, and reproducible comparisons.
IGC Analysis Pipeline
Source-neutral inverse gas chromatography analysis
A reproducible toolkit for corrected BET surface area, dispersive surface energy, acid-base characterization, full-peak analysis, quality control, and machine-readable run records.
Current scope: Uses an explicit neutral-data contract and reportability gates rather than silently inferring scientific properties or study groups.
SEM Analysis Pipeline
Calibrated and auditable analysis of scanning electron micrographs
A framework for endpoint-specific SEM analysis with explicit sampling units, abstention rules, known-truth validation, and auditable masks, overlays, and run manifests.
Current scope: The current frozen capability is paired-acquisition external-aggregate aspect ratio; the repository does not imply support for every possible SEM endpoint.
DiffractoMorph
Time-resolved multichannel light scattering for particle transformation
An instrument-neutral package for observing particulate systems as they dissolve, reform, or reorganize, with explicit separation of measured signals, empirical descriptors, model-inverted evidence, and independent mass measurements.
Current scope: APIs and schemas may change while additional instrument adapters, calibration workflows, and validation records are developed.
Open Measurement Standards
Instrumentation & Measurement Standards
Open measurement conventions from the Brunaugh Lab
Public, read-only documentation for instrument configuration, metadata, data export, naming conventions, and the conceptual interpretation of measurements.
Boundary: This repository intentionally excludes experimental data, private project materials, and internal coordination records.
In Development
bioHLB Toolkit
A sequence-informed framework for studying and predicting how proteins partition at biological interfaces. The project is being developed to connect molecular identity with adsorption behavior, competitive surface assembly, and downstream biological fate.
Methods and code will be released after the external-use boundary and validation requirements are defined.