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to the advancement of research and education in cryptography and secure computation, while helping to shape the next generation of computing professionals. You will conduct research in areas such as post-quantum
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the strategic direction of research and education in cryptography and secure computation. You will drive high-impact research with national and international visibility across areas such as post-quantum
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), DIBI (Defense Industrial Base Institute), and the Center for Advanced Materials for Resiliency (CAMR), connecting cryptography, AI, physical infrastructure resilience, cyber-AI security, and advanced
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cryptography, computing, business, and finance. PAP encompasses numerous areas of fundamental and applied physics, such as quantum information, condensed matter physics, biophysics, and photonics. The key
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but are not limited to foundations for information security (including cryptography, and formal methods), system security (hardware, software, platforms) across a wide range of systems, network and
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(grade point average, participation in science clubs, other activities), predisposition to didactic work, ability to teach, or to quickly prepare to teach, courses related to cryptography, quantum
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to Cryptography IEEE Trans. Inf. Theory 65(12) 7697-7717 (2019
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broad areas of cybersecurity. Applications from all areas within Cybersecurity are encouraged. Potential topics include but are not limited to foundations for information security (cryptography and formal
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Computing, Cryptography, Satellite Systems, Vehicular Networks, and ICT Services & Applications. Your role The PhD student will contribute to a large industrial research collaboration with a major
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Computing, Cryptography, Satellite Systems, Vehicular Networks, and ICT Services & Applications. The successful candidate will join the Entrepreneurship, Innovation, and New Technology (EINT) research group