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Application deadline: All year round Research theme: Photonics, Quantum technology, Optomechanics This 3.5-year PhD project is funded by the Department of Engineering. The position is part of
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place of a Research Proposal, you may submit a copy of this advertisement. One-page personal statement demonstrating your research experience, motivation for choosing a PhD project on post-quantum secure
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trust in digital communications and readily bypass conventional security controls. This PhD research proposes to design, develop, and validate a novel, explainable, multi-modal detection framework. By
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(prae-doctoral position) in this 4-year role, you will be part of the Quantum Foundations and Quantum Information Theory team led by Professor Časlav Brukner. Your work will focus on research
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assistant (prae-doctoral position) in this 4-year role, you will be part of the Quantum Foundations and Quantum Information Theory team led by Professor Časlav Brukner. Your work will focus on research
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Theoretical Quantum Materials We invite applications for a PhD position in theory of quantum materials at Aalto University, Department of Applied Physics. The position is part of the FUN-VAN Research Council
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of Applied Physics, is seeking for candidates for the position of Doctoral Researcher (PhD position) in solid-state quantum optics and optomechanics. Position overview: The successful candidate will join a
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voting platforms to public consultation tools, these platforms must not only serve communities effectively but also withstand rapidly evolving security threats. The impending transition to a post-quantum
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Research Assistant/Associate in Photonics Integration of Graphene and Related Materials (Fixed Term)
optoelectronics, light emission, optical sensing and quantum communications. This is an ambitious research program, with a strong interdisciplinary nature, across photonics, plasmonics, device physics, electrical
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. The successful candidate for this PhD position will be involved in the experimental and theoretical development of a new technology called Surface Nanoscale Axial Photonics (SNAP), which will enable