Practice Quantum Computing | Brilliant
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En bref
Ajouté le
17 mars 2026
Matière et domaine
computer-science-advanced · quantum-computing
Niveaux scolaires
9e année (3e)–12e année (Terminale)
Type de page
Course
Introduction
Brilliant: Quantum Computing Course Overview
- Course Objective: Learn to build quantum algorithms from the ground up using an in-browser quantum computer simulator.
- Collaborators: Developed in partnership with quantum researchers and practitioners from Microsoft, X, and Caltech's IQIM.
- Learning Outcomes:
- Understand how to exploit the laws of quantum mechanics for computation.
- Gain proficiency in quantum information and quantum circuits.
- Write at least 100 lines of quantum code.
- Focus on practical application rather than deep theoretical physics.
- Prerequisites: A basic understanding of linear algebra (specifically 2x2 matrices); familiarity with fundamental computer science principles is helpful but not required.
- Key Topics Covered:
- Foundations: Bits, qubits, gates, superpositions, and the Bloch sphere.
- Advanced Concepts: Entanglement, unitary transformations, and quantum communication (teleportation, superdense coding).
- Algorithms & Complexity: Quantum parallelism, oracles, spin systems, and the knapsack problem.
- Applications: Codebreaking, drug development, and machine learning.
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