Annotation
This event introduces core concepts of photonic quantum computing, including Gaussian states, phase space methods, and their connections to graph theory through Gaussian Boson Sampling. Topics range from Fock space and photonic gates to the role of the hafnian in dense subgraph problems. The lectures will be complemented by a hands-on session.
Benefits for the attendees, what will they learn
The attendees will learn the basics of photonic quantum computing, Gaussian states, Gaussian Boson Sampling, and the graph theoretical applications of this.
Level
intermediate
Language
English
Prerequisites
Quantum mechanics
Organised by NCC Czechia.
This training will be a hybrid event. Technical details will be sent to the accepted registrants before the event.
Instructions on how to get to IT4Innovations can be found at https://www.it4i.cz/en/how-to-get-to-it4innovations.