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Laura Carpi and Cristina Masoller published in Nature Communications
Quantification of network structural dissimilarities: http://www.nature.com/articles/ncomms13928
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Prof. Dr. Cristina Masoller was awarded as a new OSA Fellow Member
From DONLL we want to congratulate Cristina Masoller, awarded as a new OSA Fellow Member for her contributions in the area of nonlinear dynamics of optical systems.
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Dr. Lina Maigyte has received the award "Premi extraordinari de doctorat"
Our former PhD student, now Dr. Lina Maigyte has received the award "Premi extraordinari de doctorat" for one of the best PhD thesis presented at UPC during the course 2013-14.
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J. M. Aparicio-Reinoso, M. C. Torrent and C. Masoller paper on "Emergence of spike correlations in periodically forced excitable systems" published in Physical Review E
J. M. Aparicio-Reinoso, M. C. Torrent and C. Masoller paper on "Emergence of spike correlations in periodically forced excitable systems" published in Physical Review E. http://journals.aps.org/pre/abstract/10.1103/PhysRevE.94.032218
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Dr. Staliunas paper on "Mode-locking via dissipative Faraday instability" published in Nature Communications
Dr. Staliunas paper on "Mode-locking via dissipative Faraday instability" published in Nature Communications http://www.nature.com/ncomms/2016/160809/ncomms12441/full/ncomms12441.html
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Dr. Simone Pigolotti talk about "Sequence-dependent effects in facilitated diffusion"
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Neix a la UPC Terrassa una nova generació de científics per estudiar el clima amb innovadores metodologies
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Giulio Tirabassi defends his PhD thesis on July 5th, 2015 "Disentangling Climatic Interactions and Detecting Tipping Points by Means of Complex Networks"
Abstract: Network theory is a powerful tool to investigate complex systems, which are systems composed by a large number of interacting sub-components. Being this a very general concept, it is not surprising that network theory has been successfully applied in very different fields such as sociology, biology, epidemics, geophysics, etc. In particular, this thesis focuses in the construction climate networks, i. e. networks in which the nodes are geographical locations on Earth and the links indicate inter-relations among them. The links were computed from various statistical similarity measures of a climatological variable (such as the surface air temperature) at different geographical locations. The approach is very general and, depending on the statistical similarity measure employed, allows investigating different aspects of the Earth climate dynamics. The thesis was developed within the EU funded LINC project (climatelinc.eu)
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Yu-Chieh Cheng defends her PhD thesis on April 17th 2015
"Flat focussing mirrors"
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"Il·luminant el 2015" - Ramon Vilaseca talks about the implication and applications of Photonics in different aspects of our life and science" .
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