We have built a Quantum State Tomography setup (also used to measure Bell inequalities) including an entangled photon source, as an improvement to the original scheme proposed by Dehlinger and Mitchell (2002).
Be able to obtain the measure the
Future academic laboratory
Science popularization
Raúl Lahoz, Dec 2022, intern from https://quantummasterbarcelona.eu
Martí Pedemonte, 2020, Collaboration grant internship, started designing the setup and produced the coincidence counting module.
Adrià Brú i Cortés, 2023-2024, undergraduate Physics and Electronics Engineering Student in charge of redesigning the coincidence counting module and expanding its functionality to provide real-time multichannel computation.
Robert Benassai, 2021, intern, theory discussion [PDF].
Alejandro Jaramillo, 2021, Master Thesis student [PDF], designed the mechanical pieces and put in place the current setup.
Abel Rojo Francàs (2020-), Theory discussion
Funding from Facultat de Física (Dean Prof. Atilà Herms)
Donation from UAB Quantum Optics group (Prof. Jordi Mompart)
Funding from Grant No. PID2020-114626GB-I00 MICINN
Undergraduate setup for measuring the Bell inequalities and performing Quantum State Tomography, Raul Lahoz Sanz, Lidia Lozano Martín, Adrià Brú i Cortés, Martí Duocastella, Jose M. Gómez Cama, Bruno Juliá-Díaz