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| * Structure of Nonlinear Systems [chaos] {:lorenz.jpg} Nonlinear dynamical systems are notoriously difficult to analyze. The best known example of this is found in deterministic chaos, where systems actively produce unpredictable and random-appearing behaviors, despite the simplicity of the governing equations. Many fields are well acquainted with this kind of complex behavior; it is found in a wide range of phenomena from fluid turbulence and electronic circuits to ecological and economic dynamics. Until recently, the difficulty of research and education in nonlinear dynamical systems has been to "visualize" the underlying structures that produce chaos. Only in the last several years with the development of high performance graphics processors and innovative visualization tools, such as sensory-immersive cave environments, has a direct approach to interactive visualization of nonlinear dynamical systems become possible. | * Structure of Nonlinear Systems [chaos] {:lorenz.jpg} Nonlinear dynamical systems are notoriously difficult to analyze. The best known example of this is found in deterministic chaos, where systems actively produce unpredictable and random-appearing behaviors, despite the simplicity of the governing equations. Many fields are well acquainted with this kind of complex behavior; it is found in a wide range of phenomena from fluid turbulence and electronic circuits to ecological and economic dynamics. Until recently, the difficulty of research and education in nonlinear dynamical systems has been to "visualize" the underlying structures that produce chaos. Only in the last several years with the development of high performance graphics processors and innovative visualization tools, such as sensory-immersive cave environments, has a direct approach to interactive visualization of nonlinear dynamical systems become possible. | ||
| ====== Publications ====== | ====== Publications ====== | ||
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| + | A partial list of publications produced about or with the use of KeckCAVES technology is available here. Because we are a diverse, multidisciplinary, multi-institution team, this list is always incomplete. We encourage you to update the list, either directly or by sending a message to the KeckCAVES team with new publications, abstracts, and other products. | ||
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| + | * [[http://wiki.cse.ucdavis.edu/keckcaves:2018|2018]] | ||
| * [[http://wiki.cse.ucdavis.edu/keckcaves:2017|2017]] | * [[http://wiki.cse.ucdavis.edu/keckcaves:2017|2017]] | ||
| * [[http://wiki.cse.ucdavis.edu/keckcaves:2016|2016]] | * [[http://wiki.cse.ucdavis.edu/keckcaves:2016|2016]] | ||