01 · Foundations
Strengthen linear algebra, probability, quantum mechanics, and the computational models behind quantum circuits.
A deliberate transition from classical software engineering to a new discipline: learning the foundations, experimenting with circuits and algorithms, and sharing what I discover.
Strengthen linear algebra, probability, quantum mechanics, and the computational models behind quantum circuits.
Practice with circuits, simulators, and quantum programming tools through reproducible, documented examples.
Explore how testing, version control, classical-quantum interoperability, and good tooling improve scientific workflows.
Publish notes, code, and learning materials while making the scope and limitations of each experiment clear.