About

Physics B.S. + Math Minor @ Youngstown State University. Interested in analysis, partial differential equations, computational physics, compiler construction, formal verification, and high-performance software. If you're interested in my work or just want to get in touch, you can reach me below.

Outside of that: chess (2000 Elo), League of Legends, anime and manga, cats, and a running side interest in biochemistry and pharmacology.

Technical Interests

• PDE analysis and classical analysis
• Ordinary differential equations
• Applied mathematics, multivariable calculus, and linear algebra
• Compiler architecture and optimization
• Kernel programming and operating systems
• Computational physics and numerical methods
• Low-latency C++ and performance engineering
• Concurrency primitives and parallel computing
• Graphics programming and rendering techniques

Technical Background

Experience with C, C++, Haskell, Python, and Rust. Familiar with LLVM IR, kernel-mode programming, concurrent systems, and high-performance computing. Working on compiler design, physics simulations, and low-level optimization.

Current Work

Building the Mathematical Menagerie: a Besov-space norm analyzer, a Kato-Ponce commutator engine, and a 3D NLS blow-up simulator, aimed at the regularity problem for 3D incompressible flow. Reading more math and physics papers to support it.

Current Reading

• C++ Concurrency in Action — Williams
• Theory of Ordinary Differential Equations
• States of Matter — David Goodstein
• Operating Systems: Three Easy Pieces (OSTEP)
• Various papers on SPH, GPU compute, compiler verification, and numerical methods