MindbazarLong-form technical writing for readers who want to understand not only how a system works, but which mathematical structures make it possible.
Quantum Computing / Foundations
A self-contained journey from circles, radians and trigonometry to complex amplitudes, interference and the relative phase of a qubit.
Physics / Foundations
A first-principles guide to fermions, bosons, quantum fields, the Standard Model, composite particles, and the limits of present understanding.
Qubits, phase, interference and the geometry underlying quantum information.
From transformer mechanics and compact models to memory, tools and complete agentic systems.
The structures that make modern computation legible: vectors, spaces, transformations and probability.
Physical models, waves, measurement and the conceptual bridges between classical and quantum systems.
Architectures, algorithms and software systems examined from machine-level foundations upward.
Numerical methods, signal processing and software built to interrogate real physical systems.