Full CV (updated February 2024): Curriculum Vitæ

Educational Background

• PhD in Linguistics: University of Wisconsin - Milwaukee (Ongoing)
• MA in Linguistics: University of Wisconsin - Milwaukee
• MSc Honors College Certificate in Theoretical Physics: Universiteit Utrecht
• BSc with Majors in: Physics, Astronomy, Mathematics, Linguistics, and Anthropology - University of Wisconsin - Madison. Proud to have set a university record with this quintuple major.

Professional Interests

• Linguistics
  • ellipsis; double object constructions; transitivity mismatches; case stacking; construction grammar; scope; binding; degree and comparison; typology; language change; formal logic; mathematical models; model theory;
• Natural Language Processing
  • formal logic; mathematical models; model theory; ellipsis, anaphora, coreference resolution; machine learning methods for language processing; human language technologies; human-computer interaction
• Artificial Intelligence
  • neural networks; natural language processing; explainable artificial intelligence; geometric neural networks; graph neural networks
• Physics
  • gravitational physics; black hole physics; early universe physics; topological defects; quantum field theory in curved spacetime
• Mathematics
  • differential geometry; geometric PDEs; geometric flows; Ricci flow; operator theory; formal logic; model theory
• Anthropology
  • writing systems; calendrical systems; archaeoastornomy; power and social relations; gender; ethnoarchaeology

Graduate Coursework

• Linguistics
  • Phonetics; Phonology; Morphology; Syntax; Semantics; 2nd Language Acquisition; Seminar: Ellipsis; Typology and Universals; Historical and Comparative Linguistics; Seminar: Research Methods; Seminar: Double Object Constructions; Advanced Phonetics; Advanced Phonology; Advanced Syntax; Advanced Semantics; Foundations of Formal Logic
• Computer Science
  • Machine Learning and Applications; Introduction to Natural Language Processing; Introduction to Artificial Intelligence; Artificial Intelligence in Business; Advanced Machine Learning
• Physics
  • Quantum Field Theory; Statistical Field Theory; General Relativity; String Theory; Field Theory in Particle Physics; Cosmology; Radiative Processes; High Energy Astrophysics
• Mathematics
  • Differential Geometry of Curves and Surfaces; Differential Geometry; Geometric Partial Differential Equations; Mathematical Methods in Theoretical Physics