Projects

My projects range from quantum algorithms and scientific computing to tools for making books. Alongside my research software, I develop personal publishing and bookbinding projects under the name HornPenguin.

Quantum and scientific software

Tensorized Pauli Composer

An implementation of a Hamiltonian matrix-construction algorithm for weighted Pauli polynomials, with benchmark data and a technical preprint.

OptTrot

Python and C routines for Pauli-group algebra, Hamiltonian decomposition, operator conversion, and Trotter-circuit generation.

TorchPenny

A lightweight framework for defining PennyLane quantum circuits as composable PyTorch modules, with automatic management of trainable circuit parameters.

UILC

Numerical routines for designing linear and rectangular LED arrays with uniform irradiance over a target region.

Personal projects

HornPenguin

My personal publishing and bookbinding initiative, bringing together book design, printing, and open-source software.

Booklet

A Python application for PDF imposition and book-signature generation. It arranges pages for printing and folding, with options for signature size, page dimensions, and printing marks.

More repositories are available on my GitHub profile and the HornPenguin organization.