Submitted by
Lhm78 on Mon, 30/04/2018 - 23:38.
Atom-photon interfaces for fibres and photonic chips
Efficient atom photon interfaces are the basis for quantum computers, fibre networks or miniaturised quantum sensors. Photons are ideal systems to create entangled states or to carry quantum information, while atoms are well suited for information storage or to mediate interactions between photons.
Submitted by
Mstobinska on Mon, 30/04/2018 - 18:11.
We are looking for a highly motivated and talented PhD student willing to join the QCAT Quantum Technologies Research Group led by Dr. habil. Magdalena Stobinska and her team undertaking the research project entitled “Integrated optics in time-frequency domain: a new versatile platform for quantum technologies”, funded by the Foundation for Polish Science. It aims at research in the field of theoretical condensed matter as well as theoretical and experimental quantum optics.
Submitted by
remigiusz on Thu, 19/04/2018 - 10:02.
We are seeking two talented and motivated PhD students to work in the field of quantum information theory in the group led by Remigiusz Augusiak. These positions will be based at the Center for Theoretical Physics of the Polish Academy of Sciences in Warsaw (Poland) and are funded by the Foundation for Polish Science within the First Team programme.
These are two scholarships to start preferably from June 2018.
Closing date: 17 May 2018. Selected applicants will be invited for an interview which will be held either at the institute or via Skype.
Currently we have open one Postdoctoral fellow position and two PhD positions.
STOCKHOLM UNIVERSITY, DEPARTMENT OF PHYSICS
We are searching for a talented and motivated PhD student who is interested in experimental quantum optics and quantum information with trapped ions. The research will focus on the investigation of trapped strontium Rydberg ions.
Trapped Rydberg ions are a novel system for quantum technologies. By laser light, the ions’ outermost electrons are excited to high-lying orbitals. Such Rydberg ions are million times bigger than ions in the ground state, and due to their size, they obtain very peculiar properties.
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