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, phase locking, coherent beam combining, and the collective dynamics of coupled laser systems. Current projects explore the emergence and control of synchronization, spatial and temporal coherence, and the
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degree in a mathematical or engineering-related subject. A background in control/systems theory and optimization is desirable. Full details of how to apply can be found at the following link: https
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Università degli studi di Roma Tor Vergata Dipartimento di Biomedicina e Prevenzione | Roma, Lazio | Italy | 2 days ago
supervisor’s guidance. Activities will include implementing simulation environments based on neural dynamics models, spiking neural networks and reservoir computing, and comparing closed-loop control
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and long time behavior of solutions to nonlinear PDEs; coherent structures in vortex dynamics; KAM theory and dynamical systems, control theory for PDEs; hyperbolic systems; and mathematical problems
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Università degli studi di Roma Tor Vergata Dipartimento di Biomedicina e Prevenzione | Roma, Lazio | Italy | 2 days ago
BRAINFEDERATION, the appointee will support the development of multimodal NeuroAI and computational neuroscience methods to describe brain dynamics and responses to neuromodulation, under the scientific
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dynamics of auditory representations using magnetoencephalography (MEG) and stereoelectroencephalography (SEEG) data. The work will focus on information exchange between brain regions during listening
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: Aerospace Structures and Materials (Spring 2027 only) AE 172: Flight Dynamics and Control (Fall 2026 only) AE 173: Aerospace Propulsion (Spring 2027 only) AE 174: Aeroelasticity (Fall 2026 only) AE 175
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investigate the fundamental dynamics of liquid-tin targets and plasmas that underpin present and future extreme-ultraviolet (EUV) light sources for nanolithography. This project is carried out in close
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-doctoral researchers, visiting researchers, master's students, etc.) Research Context Recent advances in mobile robotics have been driven by remarkable progress in perception, deep learning, and control
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circuits on millisecond timescales. To understand how the brain operates, the Z. Wang Lab at the Rowland Institute at Harvard develops optical tools to record and control neural activity across the entire