Independent Research in Mathematics, Physics & Computational Theory
I publish concept-first research with implementation-oriented notes. Current focus: centered remainder arithmetic (REIST Division) and its practical implications for modular addition workloads.
Featured Paper
REIST Division: Centered Remainder Arithmetic for Modular Addition
A framing of remainder arithmetic that centers residues around zero. The goal is not a universal replacement of high performance modular multiplication techniques, but a practical tool for addition-heavy modular workflows where centered reductions can simplify control flow and improve data-parallel implementations.
Project 90 published an independent write-up titled “Rethinking Remainder: Could a Simple Math Trick Supercharge Modern Crypto?” (01 Dec 2025). The original page is currently offline. The PDFs below are preservation copies.
About
I am an independent researcher working across mathematics, theoretical physics, and computational theory. My work includes conceptual alternatives to gravitational singularities, arithmetic reduction models, and cognitive saturation concepts such as the Petra Principle.
Selected Publications
On the Reduction of Arithmetic Operations to Signed Addition
Publication entryBlack Holes Without Singularities: A Conceptual Reinterpretation of Infinity in Gravitation
Publication entryThe Petra Principle: Cognitive Saturation in Knowledge Work
Publication entryYouTube Videos
Short explainers and research summaries from my YouTube channel.
Live Demo
Interactive browser-based demonstrations of selected research prototypes.
The REIST benchmark demo executes performance-critical C++ code compiled to WebAssembly with SIMD acceleration. Due to current browser and runtime limitations, this demo is optimized for and supported on desktop and also mobile platforms.
Supported platforms:
Windows (x86-64) and Apple Silicon (macOS).
Also supported:
Smartphones and mobile browsers (Android / iOS)