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Outreach , Plasma Physics , QCD , Quantum chaos and thermalization , Quantum Computation , Quantum Computing , Quantum Condensed Matter Theory , Quantum Control , Quantum Devices and Sensing , Quantum
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Matter Theory , Quantum Control , Quantum criticality and phase transitions , Quantum Devices and Sensing , Quantum Dynamics , Quantum error correction , Quantum Field Theory , quantum gravity , Quantum
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. Expected Work: The selected candidate will conduct research at the intersection of wireless communications, signal processing, and control theory, aiming to develop cutting-edge algorithms for joint
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Vibration Techniques Concepts, operation and maintenance of ultra-low vibration experiments, including control of mechanical, acoustic, cabling, vacuum-line, and cryogenic noise. • High-field Superconducting
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analysis, -- mathematical theory for artificial intelligence, -- optimization and numerical computation over manifold, -- systems and control theory, -- algebraic computation theory and cryptography
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refrigerators, based on both liquid 4He and cryofree cryostats. • Ultra-low Vibration Techniques Concepts, operation and maintenance of ultra-low vibration experiments, including control of mechanical, acoustic
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Episteme, Condensed Matter Theory Group Position ID: Episteme-Condensed Matter Theory Group-POSTDOC [#31188] Position Title: Position Type: Postdoctoral Position Location: Cambridge, Massachusetts
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, “Time-Varying Operator-Theoretic Framework for Tipping Point Prediction” (PI: Prof. Sho Shirasaka) in the JST PRESTO research area “Exploration of New Science Using Mathematics to Predict and Control
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non-equilibrium many-body physics. Preference will be given to applicants with expertise in quantum information theory, quantum control and/or advanced numerical methods to simulate non-equilibrium
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science and control theory, information theory, operations research and econometrics, theoretical computer science and cryptography, mathematical theory of artificial intelligence, etc. AMSS is expected