Research Areas
Novel nanoscale materials and devices may be synthesized (or fabricated) in a programmable fashion using engineered bio-molecules, such as DNA, as a template (or scaffold) to which functional nanoparticles may be attached. This example shows a short strand of DNA with passivated gold nanoparticles covalently attached.
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Technological advances have significantly enhanced the ability to produce, manage, and distribute information. Although many of these improvements are remarkable (as is the rate at which they are implemented), it is likely that the Information Age will be defined ultimately by the realization that information is fundamentally and inextricably linked to physical systems. Thus emerges the field of quantum information science, the study of the physical foundations of information. At CESAR, scientists are conducting theoretical and experimental studies ranging in scope from the foundations of quantum mechanics to real-world applications of quantum phenomena.
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CESAR scientists develop analytical techniques and computational tools to enhance understanding and applicability of spatio-temporal dynamical process. Activity areas include neural networks, global optimization (with applications to protein folding), synchronization and control of distributed chaotic systems, time-series analysis, and information fusion from sensor networks. (- > Click for Highlights)
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Current Research
- Multisensor Fusion
- Tracking of Shape Evolving Targets
- Neural Networks: Learning under Uncertainty
- Boundary Control for Solving Inverse Problems
- Global Optimization
- Asynchronous Systems and Computational Chaos
- Nonlinear Time Series Analysis
- Synchronization and Control of Chaos in Distributed Systems
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CESAR research focuses on deployment of ad-hoc sensor networks (with or without infrastructure), on providing multi-grade traffic support, and on information warfare (cyber attack identification and tracking).
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Researchers test unique, CESAR-developed software, that enables autonomous robots to carry out missions cooperatively.
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Unique advances in laser array synchronization enable innovative approaches to directed energy weapons, space communications, and photoinduced nonolighography.
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