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Welcome to Quantiki, the world's leading portal for everyone involved in quantum information science. No matter if you are a researcher, a student or an enthusiast of quantum theory, this is the place you are going to find useful and enjoyable! While here on Quantiki you can: browse our content, including fascinating and educative articles, then create your own account and log in to gain more editorial possibilities.
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Qubit Protocol is a decentralised blockchain enabled governance protocol that utilises the collective intelligence of the quantum science community to make strategic funding decisions on quantum technology projects. Projects place a proposal onto the Qubit Protocol and then experts and public token holders will be allowed to vote on the most meritorious projects to be funded.
The Asia Pacific Center for Theoretical Physics (APCTP) invites applications for one or two postdoctoral positions in the area of theoretical quantum information and many-body physics. The successful candidate will join the Junior Research Group led by Prof Jaeyoon Cho. The group has a broad range of interests in quantum information and many-body theories. APCTP is situated at Pohang University of Science and Technology (POSTECH), Korea, and provides a collaborative and interdisciplinary environment for theoretical physicists.
Submitted by
gfalci on Mon, 02/04/2018 - 08:44.
The Conference will continue the work of the Italian Quantum community and agenda, first set in Camerino in 2008. It aims to bring together many researchers from Italy and around the world. Professors, young researchers, postdocs and students will have the opportunity to meet active research groups and establish collaborations.
The main topics of IQIS2018 will be Quantum Technologies, Fundamental Quantum Science, Quantum Hardware and Selected Special Topics of current interest.
We are looking for a co-investigator in a QuantEra project “Cavity-Enhanced Quantum Optical Clocks” (Q-Clocks). Q-Clocks seeks to establish a new frontier in the quantum measurement of time by joining state-of-the-art optical lattice clocks and the quantized electromagnetic field provided by an optical cavity. The goal of the project is to apply advanced quantum techniques to state-of-the-art optical lattice clocks, demonstrating enhanced sensitivity while preserving long coherence times and the highest accuracy.
There are different deadlines for each of the positions
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