Quantum Technologies
Introduction to Quantum Technologies
3 College Credits | UT Course Code: PHY 309L | TCCNS: PHY 1307 | Core Code: 030
High School Course Prerequisites: Algebra I and Geometry required; Algebra II or Precalculus recommended
Delve into the quantum world and harness its "weirdess" to solve real-world problems.
This exciting, hands-on course explores one of the fastest-growing areas in tech. Students collaborate with peers to send secret communications using cryptography, hack communications, and build and use quantum optical simulations.
In addition to the scientific and technological applications of quantum physics, the class also explores how quantum computing connects concepts in physics, mathematics, computer science and cybersecurity.
Course Structure
Through Inquiry-Based Learning, this course lays the groundwork and builds scientific literacy for future courses in physics, mathematics and computer science.
Big Ideas
- Superposition: How do quantum bits (qubits) differ from classical bits? Topics include binary data, classical light, vectors, polarization and Malus’ Law.
- Measurement: Explore the connection between the invisible quantum world and classical observations. Topics include the Born rule, measurement bases, matrices, single-qubit gates, and wave-particle duality.
- Entanglement: Discover the “magic” that connects qubits and makes quantum computers so powerful. Topics include two-qubit gates, tensor operations and Bell states.
- Quantum networks: Design secure communication systems that are protected by the laws of quantum physics. Topics include cybersecurity, quantum cryptography, teleportation and entanglement swapping.
- Quantum programming: Program a real quantum computer. Topics include basic classical programming in Python, quantum algorithms, and running programs on quantum hardware.
What Students Gain
- Technical skills in programming, cybersecurity and mathematics
- Critical thinking, problem solving and communication skills
- Scientific and technological applications of quantum physics
- Exposure to a Career and Technical Education pathway