Advanced Hands-on Training
WS-SQEIP Hands-on Modules
1. Quantum Programming and Qubit Computation
Learn the fundamentals of quantum computing through hands-on programming activities. Students explore qubits, quantum gates, superposition, and simple quantum algorithms using interactive software tools and simulations.
2. Cryostat and Vacuum Systems
Gain practical experience with high-vacuum and cryogenic technologies used in quantum research. Participants learn vacuum fundamentals, pump operation, leak detection, and the basics of low-temperature device systems.
3. Atomic Force Microscopy (AFM)
Explore nanoscale imaging and surface characterization using Atomic Force Microscopy. Students learn AFM operating principles and acquire high-resolution images of quantum and superconducting materials.
4. Wire Bonding and Device Packaging
Develop hands-on skills in microelectronic packaging using a wedge wire bonder. Participants practice making electrical connections for superconducting devices and learn techniques used in quantum device fabrication.
5. Vector Network Analyzer (VNA) and 3D Cavity Resonators
Investigate microwave resonators and RF measurements using a Vector Network Analyzer (VNA). Students measure resonance frequencies and quality factors of 3D cavity resonators and explore their applications in quantum computing and superconducting circuits.
6. 4K Cryostat Measurements (Coming Soon)
Perform low-temperature electrical and microwave measurements using a 4 K cryogenic system. Participants learn cryostat operation, sample mounting, temperature monitoring, and characterization techniques such as four-point resistance measurements and superconducting device testing.
7. Thin Film Sputter Deposition (Coming Soon)
Explore the fabrication of quantum and superconducting materials using thin-film sputter deposition. Participants will learn vacuum chamber operation, target materials, deposition parameters, and thin-film growth techniques used to create devices for quantum computing and sensing applications.
