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Reversible computation has a growing number of promising application areas such as low power design, coding/decoding, debugging, testing and verification, database recovery, discrete event simulation, reversible algorithms, reversible specification formalisms, reversible programming languages, process algebras, and the modelling of biochemical systems. Furthermore, reversible logic provides a basis for quantum computation with its applications, for example, in cryptography and in the development of highly efficient algorithms. First reversible circuits and quantum circuits have been implemented and are seen as promising alternatives to conventional CMOS technology.
Conference web page: https://reversible-computation-2022.github.io/
How should one design the ideal programming language for current and future quantum computers? What are appropriate concepts, abstractions, and paradigms? Is there a fundamental difference between programming small and large quantum computers? How can type systems and formal methods help ensure that quantum software works correctly by construction - even when current quantum hardware is noisy? How can quantum programs be debugged when quantum bits collapse upon inspection? And how can all this help algorithm designers analyze innovative new quantum algorithms?
If the above sounds exciting to you, then you should consider applying!
The research group Quantum Information at Ruhr University Bochum led by Michael Walter is hoping to recruit a doctoral student (m/f/d, 100%, 3 years) for the interdisciplinary BMBF project QuBRA. You will work towards a doctorate on questions such as the above (...)
The theory group at Forschungszentrum Juelich is looking for highly motivated candidates to fill a fully-funded PhD position over the next few months.
It is a fully-funded PhD position focusing on theoretical aspects of large scale quantum processors using machine learning. The projects will be supervised by Dr M.H. Ansari and may involve collaborations with leading experimental groups.
The theoretical division of Quantum Algorithms, directed by Prof. Leandro Aolita, at the Quantum Research Centre (QRC) of the Technology Innovation Institute (TII) in Abu Dhabi, United Arab Emirates, is seeking highly talented and motivated experienced researchers to fill a vacancy of lead scientist. This is an intermediate position between postdoctoral researcher and director.
You will develop, integrate, and apply quantum computing and advanced classical methods for computational chemistry. You will benefit from the internal expertise, a network of multi-year collaborations with high profile players in this space including the Google Quantum AI team and quantum computing startup QC Ware, as well as state-of-the-art HPC infrastructure. Through this setup, you will get the opportunity to work in industry on cutting edge technology and do basic science and method development.
Competitive PhD position at the ICMol (University of Valencia) within the Program INPhINIT from “La Caixa” foundation:
https://www.icmol.es/fellowshipcalls.php
Competitive PhD position at the ICMol (University of Valencia) within the Program INPhINIT from “La Caixa” foundation:
https://www.icmol.es/fellowshipcalls.php
Topic: Design of quantum and probabilistic computing devices based on magnetic molecules
Research will take place within the context of the project ChiralPbit, access full scientific details here:
http://uv.es/gaita/chiral-p-bit.pdf
Several PhD positions are available at Heriot-Watt University on different aspects related to quantum technology with spin qubits:
We offer a 3.5-years PhD position for a motivated researcher to join our work on adaptive quantum sensing. Our goal is to develop an automatic quantum sensor, based on a single spin in diamond, enhanced by machine learning algorithms. The sensor will automatically optimize its settings to operate in conditions of maximum sensitivity, minimizing the estimation times.
