Quantum Laboratory Course (1st semester)

The Quantum Laboratory Course introduces experimental techniques in quantum technologies and cointains hands-on experiences.

Photonics Laboratory

Image: MPSP/FSU Jena

This module introduces quantum optics and related quantum technology in a phenomenological way, centered on particular experiments that show specific features or applications of non-classical light and other quantum systems. It contain hands-on experiences, where the students themselves perform quantum-optical experiments or program quantum algorithms, as well as classroom instruction. It is a rare example of master's students receiving such practical experience in quantum technology setups, which generally occurs later.

Image: Monika, FSU Jena

Properties of Photons (Wave-Particle duality)
Two experiments providing evidence for both the wave and particle nature of photons.
Image: Monika, FSU Jena

Nitrogen Vacancy (NV) Centers
This experiment aims to utilize nitrogen-vacancy centers in diamond for magnetic field sensing.
Image: Monika, FSU Jena

Superconducting Quantum Interference Devices (SQUIDs)
Investigation of superconducting coplanar waveguide resonators coupled with SQUIDs.
Image: Monika, FSU Jena

SPDC sources
The experiment aims to align and characterize spontaneous parametric down-conversion sources.
Image: Monika, FSU Jena

Quantum Computing
Quantum computing is a revolutionary paradigm to transform computation. Various experiments will be conducted on hardware or simulators.
Image: Monika, FSU Jena

Quantum Cryptography (BB84)
Quantum cryptography offers a paradigm shift in secure communication. The experimental setups provide hands-on exploration of cryptographic principles and real-word tasks.
Image: Monika, FSU Jena

Quantum Entanglement
Quantum entanglement plays a pivotal role in emerging quantum technology. This experiment aims to demonstrate quantum entanglement using photonic qubits and verify nonlocality through Bell inequality violation.
Image: Monika, FSU Jena

Quantum Interference
Different experimental setups investigate various aspects of quantum interference.