Physics 360 MicroCourses With Python - Quantum Physics

Master Quantum Mechanics with Hands-On Python Simulations, 400+ Practice Problems, and Real-World Quantum Computing Applications

MASTER QUANTUM PHYSICS-FROM THEORY TO CODE, CONCEPT TO APPLICATION

 

Why just read quantum mechanics when you can calculate, simulate, and solve it yourself? This hands-on textbook fuses crystal-clear explanations with fully commented Python scripts, propelling you from fundamental postulates to cutting-edge quantum computing in record time.

 

What you'll get inside:

 

• Comprehensive coverage of wave-particle duality, Schrödinger equation, uncertainty principle, bound states, tunneling, harmonic oscillator, angular momentum, spin dynamics, identical particles, quantum statistics, entanglement, Bell tests, decoherence, density matrices, qubits, quantum gates, Grover and Shor algorithms, quantum cryptography, teleportation, superconductivity, Josephson junctions, quantum Hall effect, quantum dots, interferometry, and quantum heat engines.

• Step-by-step derivations that never skip algebra, paired with full python code demos.

• Engineering linking theory to real-world devices: spin-resonance sensors, single-photon sources, superconducting qubits, nanoscale transistors, precision interferometers, quantum heat engines.

 

Who is it for?

 

• Undergraduates determined to ace their first quantum mechanics course.

• Graduate students and researchers pivoting into quantum computing, quantum optics, or nanotechnology.

• Self-learners craving a rigorous yet practical roadmap from Hilbert space to hardware.

 

 

Transform your understanding from knowing to doing. Own the most actionable quantum physics learning experience available today.