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About the Conference The Dynamics Days Latin America and the Caribbean is a leading conference on dynamical systems and their applications, bringing together researchers, students, and professionals from Physics and Applied Mathematics. This edition will honor Professor Celso Grebogi, one of the pioneers of modern applied nonlinear dynamics. https://fisica.ufpr.br/DDaysLAC2026/index.html taken in UFPR - Centro Politécnico by @105groupscience
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13 days ago
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International Conference on Dynamical Systems 2026 https://siseve.apps.uepg.br/en/uepgconferencedynamicalSystem2026/submission-and-presentation Ponta Grossa - PR taken in Uepg Campus Uvaranas by @105groupscience
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19 days ago
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Discovery the story of the 2026 DDays LAC researchers. Prof. Dr. Ana Amador, investigates this question at the intersection of physics, biology, and neuroscience. Her research integrates biomechanics, neurophysiology, peripheral system physiology, and nonlinear dynamics to understand how songbirds control vocal production. She investigates how behavioral information is represented along motor pathways and encoded in the activity of individual neurons. Her research also explores mechanisms of frequency modulation shared by songbirds and humans, offering insights into vocal control and sound production. In 2013, her paper “Elemental gesture dynamics are encoded by song premotor cortical neurons,” published in Nature, was selected as one of Nature’s 2013 Editor’s Selections. Her work has also appeared in leading journals, including the Journal of Neuroscience and Chaos. By combining physics and neuroscience, Ana Amador reveals how nonlinear dynamics and neural activity shape biological behavior, demonstrating how birdsong can help us understand fundamental principles of motor control and communication. #biophysics #womaninscience #birdsong #nonlineardynamics #ddayslac26 taken in Curitiba, Paraná by @105groupscience
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10 hours ago
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Discover the story of the 2026 DDays LAC researcers. P4of. Dr. Ying-Cheng Lai is the ISS Endowed Professor of Electrical Engineering at Arizona State University (ASU), where he was named Regents Professor in 2021, the institution’s highest faculty distinction. He earned degrees in Optical Engineering from Zhejiang University and an MS and PhD in Physics from the University of Maryland, where his doctoral research on classical and quantum chaos was supervised by Celso Grebogi, James A. Yorke, and Edward Ott. He completed postdoctoral research at Johns Hopkins University School of Medicine and held academic positions at the University of Kansas and the University of Aberdeen, Scotland, where he was the Sixth Century Chair in Electrical Engineering. Prof. Lai received numerous prestigious honors, including the Presidential Early Career Award for Scientists and Engineers, the Vannevar Bush Faculty Fellowship, and election as a Fellow of the American Physical Society (APS) and the American Association for the Advancement of Science (AAAS). He is also a Corresponding Fellow of the Royal Society of Edinburgh and a Foreign Member of Academia Europaea. With more than 630 publications and over 39,000 citations, Prof. Lai has supervised 45 master’s and doctoral students and delivered around 320 invited lectures worldwide. He has served on the editorial boards of leading scientific journals. His research focuses on nonlinear dynamics and chaos, complex networks, machine learning, relativistic quantum chaos, mathematical biology, theoretical ecology, data analysis, and signal processing. taken in Curitiba, Paraná by @105groupscience
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a day ago
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Discovery the story of the 2026 DDays LAC researchers. Professor Motter is an internationally recognized scientist whose research explores the dynamics of complex systems and networks. By combining statistical physics, nonlinear dynamics, network theory, and data science, his work advances our understanding of how complex systems behave, synchronize, and respond to disturbances. His research spans network control, cascading dynamics, quantum networks, machine learning, and data-driven network science, with applications in biology, biomedical research, renewable energy, smart power grids, microfluidics, and metamaterials. Professor Motter is the Director of the Center for Network Dynamics at Northwestern University, fostering research at the intersection of mathematics, physics, engineering, and the life sciences. His distinctions include: • Erdős–Rényi Prize in Network Science (2013) • Fellow of the American Physical Society (2013) • Fellow of the American Association for the Advancement of Science (2015) • Fellow of the Network Science Society (2020) • Senior Scientific Award, Complex Systems Society (2022) • NSF CAREER Award (2011) His contributions continue to shape the understanding and control of complex networks, opening new possibilities across science and technology. #complexsystems #networkscience #nonlineardynamics #physics #ddayslac26 taken in Curitiba, Paraná by @105groupscience
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2 days ago
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Discover the story of the 2026 DDays LAC honoree! Professor Celso Grebogi is the Sixth Century Chair at King’s College, University of Aberdeen, UK. He is the Founding Director of the Institute for Complex Systems and Mathematical Biology, whose work in systems biology and complex systems became leading in UK. He is a Visiting Professor at Xi’an University of Technology and the Co-founder of the Aberdeen-Lanzhou-Tempe Research Centre, working in Relativistic Quantum Chaos. He has been an External Scientific Member (Mitglied) of the Max-Planck-Society since 1998. He got his PhD in Theoretical Physics from the University of Maryland in 1978, Postdoc in Physics and Applied Mathematics at UC Berkeley in 1978-1981. He was at the University of Sao Paulo as Professor of Physics, and, before that, with the University of Maryland as Professor of Mathematics. He is a leading expert in chaotic and complex nonlinear dynamics, including fractal geometry and complex networks. He has made a huge impact in the area of control of chaos whose seminal paper was selected by Physical Review Letters as a milestone in the past 50 years. He was awarded the Citation Laureate - Researcher of Nobel Class, in 2016, followed by a Motion to that effect supported by the Scottish Parliament. His accomplishments include over 500 publications and over 500 invited talks. His numerous distinctions include multiple Doctor Honoris Causa and many Honorary Professorships, the Humboldt Senior Prize, Fulbright Fellowship, and Toshiba Chair as a World-renown Scholar, the Lagrange Award, the Max-Planck-Society Badge of Honour, and the James Yorke Award. He is Fellow in various scientific societies, including the Royal Society of Edinburgh, The World Academy of Sciences, the Academia Europaea, the Brazilian Academy of Sciences, The American Physical Society, the UK Institute of Physics, and the Asia-Pacific Artificial Intelligence Association. We would also like to highlight that Professor Celso Grebogi is Latin American, born in Curitiba, in the state of Paraná, Brazil! 🇧🇷 #complexsystems #networkscience #nonlineardynamics #physics #ddayslac26 taken in Curitiba, Paraná by @105groupscience
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3 days ago
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Participação do Prof. Dr. @josetrobia na Reunião de Coordenadores do Programa de Pós-Graduação em Matemática em Rede Nacional (@profmat_brasil ) Curitiba, 2026 taken in Curitiba, Paraná by @105groupscience
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4 days ago
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Participação no IX Simpósio Integrado de Matemática- SIGMAT 2026 Título: Modelo matemático para a geração de sinais de eletrocardiograma Apresentador: @cardosopatrcio taken in Uepg Campus Uvaranas by @105groupscience
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9 days ago
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Participação no IX Simpósio Integrado de Matemática- SIGMAT 2026 Título: Dinâmica do ferro na fase G1-S do ciclo celular Apresentador: @danyelgavet taken in UEPG by @105groupscience
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9 days ago
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Participação no 5º Simpósio do Dia Mundial do Coração Speaker: @cardosopatrcio taken in Ponta Grossa-PR by @105groupscience
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17 days ago
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Fazer ciência também é aprender a comunicar ciência. Uma pesquisa científica não termina quando os resultados são obtidos. Ela ganha sentido quando conseguimos compartilhar, discutir e transformar conhecimento em novas perguntas e possibilidades. Pesquisar como as pessoas aprendem Física, quais estratégias favorecem a aprendizagem e quais recursos podem tornar o conhecimento científico mais acessível é fundamental para aproximarmos a Física de diferentes públicos. Também é importante levantar a questão de que as ciências duras, também precisam do ensino, antes de qualquer grande descoberta, estudos em materiais didáticos foram necessários, a organização do conhecimento é método. Organizar uma semana acadêmica de um curso é fazer ciência circular. É possibilitar que estudantes conheçam diferentes áreas, encontrem pesquisadores, descubram novas possibilidades de atuação e percebam que a formação universitária vai muito além da sala de aula. Por isso, deixo meus parabéns à organização ( @cafe.ufabc ) da Semana de Física da @ufabc pelo espaço de diálogo, troca e divulgação do conhecimento. Eventos como esse aproximam estudantes, professores e pesquisadores e ajudam a construir novas perguntas, que são, muitas vezes, o primeiro passo para uma boa pesquisa. Porque produzir conhecimento é importante. Mas saber compartilhá-lo e perguntar para quem esse conhecimento está chegando é parte essencial da ciência. #physics #divulgaçãocientífica #semana taken in UFABC - Universidade Federal do ABC by @105groupscience
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24 days ago
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🧠 E se fosse possível prever uma crise epiléptica antes que ela começasse? A epilepsia é um distúrbio neurológico marcado por descargas elétricas anormais e excessivas no cérebro, que podem provocar crises e comprometer funções cognitivas e físicas. 🌎 Estima-se que 52 milhões de pessoas no mundo vivam com epilepsia. E existe um grande desafio: cerca de 30% a 40% dos pacientes não respondem adequadamente aos medicamentos, caracterizando a chamada epilepsia refratária. Pesquisadores identificaram que, 40 a 160 milissegundos antes de uma crise, ocorre um fenômeno surpreendente: os neurônios entram em um estado de silêncio. Esse “silêncio neuronal” pode funcionar como um biomarcador capaz de antecipar a crise, permitindo, no futuro, que um dispositivo reconheça esse sinal e desencadeie automaticamente um estímulo elétrico para interromper o processo antes que a chamada “tempestade neuronal” aconteça. A ideia é fascinante: não apenas tratar a crise, mas identificar os sinais que aparecem segundos antes dela e agir preventivamente. 🔬 Ciência, neurociência, sistemas complexos e neuromodulação se encontram na busca por tratamentos cada vez mais precisos e personalizados. ✨ Às vezes, antes da tempestade, existe um silêncio. E talvez seja justamente esse silêncio que permita prever o que está por vir. Reportagem completa: https://agencia.fapesp.br/index.php/new-biomarker-has-the-potential-to-predict-and-prevent-epileptic-seizures/58617 Artigo: https://www.nature.com/articles/s41598-026-44063-w #epilepsia #neurociencia #brain #sistemascomplexos #biomarcadores taken in São Paulo, Brazil by @105groupscience
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a month ago
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