17 high-performance-computing-postdoc Postdoctoral positions at Institute of Photonic Sciences
Sort by
Refine Your Search
-
on high-performance computing (HPC) facilities and adapt softwares to do so. Develop, benchmark, and troubleshoot new computational approaches, including implementing novel workflows, protocols, and
-
environment. The successful candidate will be joining the Quantum Information Theory group led by Prof. Dr. Antonio Acin and will be working on the development of quantum computation applications across
-
quantum memories and entanglement sources. In particular, the candidates will work on an experiment demonstrating high-rate and long distance entanglement between quantum memories. The successful candidate
-
. The researcher will also be involved in the realization of hybrid quantum networks. The selected candidate will strongly benefit from a multidisciplinary environment with other postdocs and PhD students working in
-
. The successful candidate will be joining the international QTWIST program that includes Prof. Jarillo-Herrero (MIT) and Amir Yacoby (Harvard) as well as research groups of Prof. Adrian Bachtold, Prof. Carmen Rubio
-
excited Rydberg atoms enabling deterministic quantum light generation and processing capabilities. The selected candidate will strongly benefit from a multidisciplinary environment with other postdocs and
-
given to the design of couplers that enable low-loss light injection and extraction, which are critical for device performance. In addition to waveguide optimization, the work involves comprehensive
-
light sources. The successful candidate will strongly benefit from a multidisciplinary environment with other postdocs and PhD students working in quantum technologies at ICFO and other centres in
-
. The successful candidate will be joining the international QTWIST program that includes new joint laboratories of Prof. Jarillo-Herrero (MIT) and research groups of Prof. Adrian Bachtold, Prof. Carmen Rubio Verdú
-
of strongly-correlated materials, quantum magnets, and might hold the key of high-temperature superconductivity. Investigating its low-temperature many-body phases is extremely challenging using classical