03
Writing
Notes and essays on quantum computing, optimization, and the systems around them.
From 5,329 Layers to 111: How I Optimized a Quantum Phase Oracle
How class codes, quantum interference, and circuit scheduling reduced the depth of my Classiq challenge phase oracle from 5,329 layers to 111.
Quantum Optimization on Real Hardware
What 247 experiments on IBM Heron revealed about quantum optimization workflows.
When Cooking Gas Becomes a National Security Problem
Maritime chokepoints, energy resilience, and the mathematics of national supply networks.
The Key to the Quantum Garden
India’s 1,000 km quantum communication demonstration and the infrastructure behind QKD.
Solving the Multi-Dimensional Knapsack Problem: A Classically Hard Benchmark for Quantum Computing
Exploring the complexity of the Multi-Dimensional Knapsack Problem and examining how quantum algorithms attempt to tackle this constrained optimization challenge.
Solving the Maximum Independent Set Problem: A Classically Hard Benchmark for Quantum Optimization
A deep dive into the Maximum Independent Set (MIS) problem, its importance in network analysis, and the potential of quantum approaches.
Solving the Quadratic Assignment Problem: A Classically Hard Benchmark for Quantum Optimization
Analyzing the Quadratic Assignment Problem (QAP), known for its extreme computational difficulty, and benchmarking quantum solvers against it.