Ancient Greek Morphological Analyzer
A linguistic software project aimed at reconstructing the morphological system of Ancient Greek. The analyzer parses words according to declensions, conjugations, and dialectal variations, generating complete morphological trees. Its goal is to serve scholars who work with epigraphic or literary sources and need consistent computational parsing.
The system includes a dictionary database of over 30,000 lexical entries, each annotated with grammatical features. It is written with a modular structure, enabling easy integration into NLP pipelines.
Stoic Corpus Digitization Initiative
This long-term project focuses on the digitization and annotation of Stoic texts in the original Greek. The initiative combines OCR recognition of papyrological sources with semantic tagging to enable advanced cross-textual research. It provides an corpus for linguistic and philosophical studies.
Philosophical Logic and Computation
In collaboration with other researchers, I explore the intersection between classical propositional logic (as developed by Chrysippus and later Stoics) and modern symbolic logic. Our team builds models that show how early Stoic systems anticipated the structure of truth-functional logic.
This research connects philosophy, linguistics, and computation — reflecting the idea that reasoning itself is a kind of algorithm guided by virtue and rationality.
Applied Logic in Software Systems
As a practical extension of my interest in computational reasoning, I maintain an open-source Python library for Robokassa , a payment gateway integration designed with clarity, consistency, and reliability in mind.