Available Courses
Introduction to Quantum Computing
Master the fundamentals of quantum computing with our undergraduate-level course.
Your Learning Outcomes
From high school math (algebra and trigonometry) to quantum algorithms in a structured, mastery-based progression. No calculus required!
Complex Numbers
• Master complex number arithmetic in both rectangular and polar forms.
• Visualize complex numbers on the complex plane and understand their visual properties, including how polar form corresponds to rotations on the unit circle.
• Apply Euler's formula to convert between rectangular and polar representations.
• Calculate complex conjugates, modulus, and arguments.
Linear Algebra
• Execute vector operations and calculate dot products in real and complex vector spaces.
• Apply basic matrix operations including addition, subtraction, scalar multiplication, and multiplication.
• Construct linear combinations of vectors and apply basis concepts.
• Work with complex Hilbert spaces and calculate projections.
Quantum Postulates & Foundations
• Apply the four fundamental postulates of quantum mechanics to quantum systems.
• Construct and normalize quantum state vectors in a Hilbert space.
• Execute quantum measurements and predict measurement outcome probabilities.
• Analyze quantum state evolution using unitary operators.
• Understand the Many Worlds explanation through Mach-Zehnder experiments.
Quantum Bits & Circuits
• Master single-qubit quantum gates including Pauli matrices (X, Y, Z) and the Hadamard gate.
• Construct and analyze both classical and quantum circuits using the circuit model of computation.
• Trace quantum state evolution through matrix multiplication.
• Execute multi-qubit operations using tensor products.
Quantum Protocols & Algorithms
• Study fundamental quantum protocols including quantum teleportation and superdense coding.
• Apply Deutsch's algorithm to distinguish constant from balanced functions.
• Analyze multi-qubit quantum systems and entangled states.
• Compare computational advantages of quantum algorithms over classical approaches.
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Core
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$199/year
$17/month equivalent·Save 43%
- Personalized learning path
- Spaced repetition system
- Lessons and multi-steps
- Access to all courses
- Free Response Questions (FRQs)
- Full-length practice exams
- Score guarantee
Test Prep
Access to all courses +
everything you need to ace the AP exam
$599/year
$50/month equivalent·Save 50%
- Personalized learning path
- Spaced repetition system
- Lessons and multi-steps
- Access to all courses
- Free Response Questions (FRQs) with AI grading
- Full-length practice exams
- Guaranteed 5 or your money back
All plans include a 7-day free trial. Cancel anytime. 14-day no-questions-asked refund policy. The score guarantee applies to Test Prep subscribers who complete the full curriculum before their exam.