Fully-funded PhD positions in Experimental Physics / Quantum Optics
Carry out your own PhD project in Experimental Physics / Quantum Optics
– supervised by Prof. Immanuel Bloch (LMU Munich / Max Planck Institute of Quantum Optics)
Carry out your own PhD project in Experimental Physics / Quantum Optics
– supervised by Prof. Immanuel Bloch (LMU Munich / Max Planck Institute of Quantum Optics)
Early applications for 2017/2018 are now invited for PhD positions at the HKU CS Department, with opening in the Quantum Information, Foundations, and Technologies Group.
The deadline is September 1st 2016.
More information and the application form can be found at the link: http://www.cs.hku.hk/programme/mphil-phd/admission_2017.jsp
We propose several doctoral positions in our Quantum Computing R&D department, in the field of quantum programming. These scholarships will be French CIFRE contracts: the student will be granted a 3-year contract with our company and will spend his research time between the company and the University of Paris.
EUROPEAN CITIZENSHIP IS MANDATORY.
For more information on the research areas and application, please send an email to: Dr Cyril ALLOUCHE, head of innovation, cyril.allouche at bull.net
We are happy to announce the opening of the call for applications to the new edition of the Doctoral Programme in the Physics and Mathematics of Information: Foundations of Future Information Technologies (DP-PMI), starting in February 2017.
The DP-PMI aims at providing advanced curricular and research training in the recent developments and fundamental challenges in information sciences and technologies, namely in:
PhD Project to implement spin qubits based on silicon-germanium structures
Center for Quantum Devices is offering a PhD scholarship commencing December 1. or as soon as possible thereafter.
The last year has seen tremendous advances in fabricating spin qubit devices from group IV semiconductors. This PhD project will investigate spin qubits realized in natural and isotopically purified silicon-germanium heterostructures. The objective is to create ultra-coherent qubit devices that can be controlled, coupled, and read out in a scalable geometry.
The Center for Quantum Devices and Station Q Copenhagen is looking to hire one or more PhD students to work on realizing superconducting multi-qubit devices to function as a small quantum computer. The realization will be based on gatemon technology controlled by FPGA-based waveform generators. Projects ranging from nanofabrication, device testing, to building classical control electronics are available.
PhD Project to implement silicon-on-insulator Spin qubits
Center for Quantum Devices is offering a PhD scholarship commencing 1 December or as soon as possible thereafter.
I offer a 32-month position for a Ph.D. student, as a part of the Polish National Center for Science grat "Quantum multi-level systems: from simpler description to more advanced experiments". The Ph.D. student will be awarded a stipend of 3000 PLN (750 USD) monthly, with an extension dependent on receiving further funding. Concerning low costs of life in Poland, this amount is sufficient for survival. The grant is realized in Gdansk, Poland.
The Center for Quantum Devices and Station Q Copenhagen is looking to hire one or more PhD students to work on experimental implementation of majorana fusion rules and braiding of Majorana fermions. Applicants should have a background in Physics with either a Masters degree (for the regular PhD program), one year of Masters-level coursework (for the 4+4 PhD program), or an undergraduate degree in Physics from a US university (for the 3+5 PhD program).
We invite applications for post-doctoral researchers in the field of quantum optics, cold atoms, and atom spectroscopy. We offer a highly stimulating and energetic environment for experimental and theoretical atomic physicists and very competitive offers for both domestic and international applicants, including generous re-location packages. Applicants should have extensive experience in atomic physics and ultra-cold atoms.