Quantiki

The group on Quantum Information and Quantum Optics at the Universidad Nacional Autonoma de México http://gioc.fisica.unam.mx/ announces a postdoctoral position in the field of open quantum systems. Applicants are welcome with a background in either of the following (or related) fields:
- quantum information
- random matrix theory,
- many-body systems
- non-markovianity,
- quantum metrology/sensing,
- classical complex systems.

Internships, RA, and RF positions in the interface of quantum algorithms, quantum simulation and machine learning in Angelakis Group at CQT Singapore (www.quantumlah.org)

We are looking for excellent and highly motivated students or graduates of Physics, Maths, Enginnering or CS schools, with strong analytical skills, and passion in learning to to join our team.

Internships, RA, and RF positions in the interface of quantum algorithms, quantum simulation and machine learning in Angelakis Group at CQT Singapore (www.quantumlah.org)

We are looking for excellent and highly motivated students or graduates of Physics, Maths, Enginnering or CS schools, with strong analytical skills, and passion in learning to to join our team.

Frontiers in Continuous Variable Quantum Computation

at the Department of Physics of the TU-Darmstadt in Germany. The position is available for the total duration of six years (fixed term, nontenured). You only qualify if you are maximally 4 years after graduation with PhD.

The Center for Quantum Information and Control (CQuIC, https://cquic.unm.edu/ ) at the University of New Mexico invites applications for Postdoctoral Fellow positions in theoretical quantum information science. Research at CQuIC covers a range of foundational and applied investigations on topics including quantum computation, control, measurement, communication, and simulation. Located in the city of Albuquerque, New Mexico, the Center has contributed to research and education in quantum information theory for over 25 years.

A staff or graduate student (Ph.D.) position is available at UCLA to design a chip scale spin photon memory interface with long coherence times (full descr. below). Degree (B.Sc. or M.Sc.) in physics or related field, and a strong background in experimental physics or engineering is required. Experience in magnetic resonance-style experiments is an asset but not required. The main tasks will initially involve implementing low field pulsed microwave-optical quantum control schemes of optical-nuclear transitions of deep donors in Si and their recoupling via cavity QED.

Context: The PhD project is part of the ITN “QUDOT-TECH” (www.qudot-tech.eu), that aims to construct a platform for fully integrated on-chip quantum information (QI) processing including Quantum Dots (QD)-based single-photon sources, waveguides, nonlinearities and detectors implemented on a planar chip. QUDOT-TECH gathers leading European academic and industrial partners to show that in a combined effort the current technological bottlenecks can be overcome, paving the way for quantum enabling technology for research and industry.