I will serve as your 1 on 1 quantum mechanics and computing tutor

Are you struggling to bridge the gap between abstract quantum physics and actual Python implementation? Whether you are a university student stuck on a complex problem sheet, or a developer trying to master IBM Qiskit, you have come to the right place!

I hold a BS in Physics (Class Rank: 2nd) and am a Silver Medal Winner of the nationwide First Quantum Computing Hackathon. My academic thesis on Quantum-Informed Recursive Optimization Algorithms (QAOA & RQAOA) won the Best Thesis Award, and my research has been presented at the National Centre for Physics (NCP).

I don't just teach the theory; I write the code, build the circuits, and map them to real-world applications.

What I Can Teach & Guide You In:

Having excelled through advanced university-level tracks (Quantum Mechanics I, Quantum Mechanics II, and Introduction to Quantum Computing), I break down complex mathematical formalisms into clear, intuitive concepts.

1. Core Quantum Mechanics (QM 1 & QM 2)

• Bra-Ket Notation, Dirac Formalism, and Hilbert Spaces
• The Schrödinger Equation (Time-dependent & independent)
• Angular Momentum, Spin, and Hydrogen Atom solutions

2. IQC

3. Hands-on Qiskit Coding & Optimization