Brilliant
Complex Numbers
Quantum states are described using complex numbers, amplitudes, phases, and the complex plane. This course builds the fluency you need before tackling quantum mechanics.
Brilliant
Brilliant Courses
Showing 8 of 8 courses
Courses on Brilliant Courses
-
-
Brilliant
Computer Science Fundamentals
Brilliant's interactive introduction to computer science through algorithms: searching, sorting, Big O analysis, and graph problems, the computational thinking that underpins both classical and quantum computing.
-
Brilliant
Group Theory
The abstract algebra underlying quantum symmetries, quantum error correction codes, and the structure of quantum gates, explored interactively.
-
Brilliant
Vectors and Matrices
Master vectors, matrices, transformations, and eigenvalues, the essential mathematical foundation for quantum computing, machine learning, and physics.
-
Brilliant
Logic
Build rigorous logical reasoning from the ground up through interactive deduction puzzles, the careful thinking that quantum computing study demands.
-
Brilliant
Applied Probability
Build intuition for probability from first principles, essential for understanding quantum measurement, Born's rule, and why quantum algorithms work.
-
Brilliant
Quantum Computing (Interactive)
Brilliant's interactive quantum computing course, learn by doing with hands-on puzzles and visualisations. Subscription-based, covered by Brilliant's free trial.
-
Brilliant
Quantum Mechanics with Sabine
Brilliant / Sabine Hossenfelder
Brilliant's interactive quantum mechanics course presented with physicist Sabine Hossenfelder. Explains the machinery of quantum mechanics and its counterintuitive implications through hands-on simulations, using them to discover and reason about quantum states.