Photon interference from Gaussian states

Název anglicky / Title English: Photon interference from Gaussian states
Osnova / Outline:

We have recently developed a new formula that calculates the probability of measuring photon number states from quantum gaussian states. This gives us a new way to explore the effects of many-particle interference using linear networks. We are interested in the type of networks affects the outcome probabilities, in particular where there is constructive and destructive interference. This type of interfernce is a signature of quantum-ness and will be investigated by our experimental partners. 

Suitable skills would be quantum physics, linear algebra, combinatorics, computer skills e.g. MATLAB, 

The topic is one of the promising research directions being considered in the our research group lead by Prof. Igor Jex. There will be possibility for the joining student to subsequently continue with an MSc project.

Literatura / reference:

[1] C. S. Hamilton et. al, Gaussian Boson Sampling,
[2] M. Tichy et. al, Zero-Transmission Law for Multiport Beam Splitters, PRL 2010, 104, 220405
[3] K. Mayer et. al, Counting statistics of many-particle quantum walks, PRA 2011, 83, 62307

Jméno vedoucího / Supervisor name: Craig Hamilton
Pracoviště vedoucího / Supervisor office: KF FJFI, 13b
Email vedoucího / Supervisor email:
Datum zadání / Date of creation: 2017
Jazyk / Language:
  • Anglicky / English
Výzkumná skupina: Kvantová informace a komunikace