An independent research institute at the intersection of quantum hardware, classical AI, advanced mathematics, and symbolic systems, building practical tools and rigorous pedagogy for the next generation of builders.
The C.D. Fichtenholtz-Waals Research Institute exists to push the boundaries of quantum computing and artificial intelligence by building real, usable tools while deeply understanding the mathematics, statistics, computer science, and symbolic systems that make them work.
Our focus is turning complex hybrid quantum-classical systems into something interpretable, secure, and genuinely useful, not merely theoretically sound.
We want to become the place where the next generation of builders learns to move fluently between quantum hardware, classical AI architectures, symbolic reasoning, and statistical thinking.
Builds at the intersection of quantum computing, artificial intelligence, and systems architecture. Work focuses on hybrid quantum-classical learning systems, model interpretability, post-quantum security, and creating practical tools that others can genuinely learn from and extend.
Experimental physicist and builder exploring quantum hardware, symbolic systems, and the mathematical foundations that power next-generation AI. Leads the Institute's work in quantum hardware, mathematical foundations, and symbolic systems.
The Institute was founded in 2026. We are currently establishing our research agenda, building our first tools, and developing our pedagogical frameworks. This site will grow with us.
Follow our founders on LinkedIn for updates as the Institute takes shape.