Name: Quantum Computing Internship for Physics Undergraduates Program
Start: 2022-06-20T07:00:00-05:00
End: 2022-07-08T18:00:00-05:00
Location: No location set

Lab 18: Grover’s Algorithm II

Lecture 21: Error Correction II

Lab 17: Grover’s Algorithm

Lecture 20: Error Correction I

Lab 25: Final project II

Lab 24: Final project I

Lab 23: The Sign Problem

Lab 22: Grover’s Algorithm and Sudoku

Lab 21: Grover’s Algorithm II

Lab 20: Grover’s Algorithm I

Lab 19: Quantum Phase Estimation II

Lab 18: Quantum Phase Estimation I

Lab 17: Quantum Fourier Transform II

Lab 16: Quantum Fourier Transform I

Lab 15: Deutsch-Jozsa Algorithm on Real Devices

Lab 14: Deutsch-Jozsa Algorithm

Lab 13: Two-Qubits: CNOT and Beyond

Lab 12: Schrodinger’s Worm and Introducing Two-Qubit Gates

Lab 11: One-Qubit Gates: Decomposition and Noise

Lab 10: One-Qubit Gates: Decomposition and Identities

Lab 9: One-Qubit Gates: Visualizing with IBM Composer

Lab 8: Correlations in Entangled States

Lab 7: Calculating π with Monte Carlo

Lab 6: Solving the Schrodinger Equation II

Lab 5: Solving the Schrodinger Equation I

Lab 4: Computational Complexity and Sorting II

Lab 3: Computational Complexity and Sorting I

Lab 2: Projectile motion II

Lecture 26: What can you do?

Lecture 25: Hardware Qudits II

Lecture 24: Hardware Qudits I

Lecture 23: Quantum Cryptography

Lecture 22: Error Correction II

Lecture 21: Error Correction I

Lecture 20: Hamiltonian Evolution II

Lecture 19: Hamiltonian Evolution I

Lecture 18: Grover’s Algorithms

Lecture 17: Shor’s Algorithm

Lecture 16: Quantum Fourier Transform

Lecture 15: Quantum Algorithms

Lecture 14: Two-Qubit Quantum Gates II

Lecture 13: Two-Qubit Quantum Gates I

Lecture 12: Entanglement II

Lecture 11: Entanglement I

Lecture 10: One-Qubit Quantum Gates II

Lecture 9: One-Qubit Quantum Gates I

Lecture 8: Creating Superpositions and Stern-Gerlach Experiment

Lecture 7: Creating Superpositions with Beam-splitters

Lecture 6: What are Qubits

Lecture 5: Introduction to Superpositions

Lecture 4: Essentials of Linear Algebra

Lecture 3: Basics of Quantum Mechanics II

Wrap-up

Discussion

Lecture 2: Basics of Quantum Mechanics I

Introductions

Lecture 1: Basics of Python

Lab 1: Projectile motion with air resistance

Welcome: Why QIS for physics