
Explore vibrações e ondas com foco em equações do movimento, oscilações e ondas lineares e não lineares. Aprofunde-se em princípios variacionais, simetrias e leis de conservação na física matemática.

Explore vibrações e ondas com foco em equações do movimento, oscilações e ondas lineares e não lineares. Aprofunde-se em princípios variacionais, simetrias e leis de conservação na física matemática.

Explore advanced concepts in vibration and wave theory, including nonlinear waves, mathematical models, and applications in this graduate-level lecture by Alexei Mailybaev.

Explore advanced concepts in vibration and wave theory, including nonlinear waves, mathematical models, and applications in this graduate-level lecture by Alexei Mailybaev.

Explore vibrações e ondas com foco em equações do movimento, oscilações e ondas lineares e não-lineares. Aprofunde-se em princípios variacionais, simetrias e leis de conservação na mecânica clássica.

Explore the stability of Kerr black holes in general relativity, focusing on recent advancements for small angular momentum cases.

Explore quantum geometry of Fuchsian systems in-depth, focusing on advanced concepts and applications in mathematical physics.

Explore advanced concepts in resurgence theory, focusing on applications and recent developments in mathematical physics and quantum mechanics.

Explore numerical methods for modeling infectious diseases, focusing on advanced techniques and practical applications in epidemiology.

Explore numerical methods for modeling infectious diseases, focusing on fundamental techniques and their applications in epidemiology.

Explore compartmental models for infectious disease dynamics in this advanced lecture, part of a comprehensive series on epidemiological modeling techniques.

Explore computational methods for simulating and analyzing population dynamics, including density, numerical solutions, aging, and diffusion.

Explore computational methods for simulating and analyzing ecological systems. Learn equilibrium solutions, differential equations, and Python applications in quantitative ecology.

Explore deterministic mathematical modeling in quantitative ecology with Roberto Kraenkel. Learn advanced techniques for ecological systems analysis and prediction.

Explore deterministic mathematical modeling in ecology, focusing on functional responses, system dynamics, and qualitative analysis of ecological interactions.

Explore como modelos matemáticos são aplicados no combate a epidemias, analisando sua importância na previsão e controle de doenças infecciosas.

Explore deterministic mathematical modeling in ecology, covering key concepts, applications, and data integration for population dynamics and ecosystem analysis.

Explore Lyapunov exponents in skew-product semiflows through theoretical and numerical approaches, enhancing understanding of dynamical systems.

Zgłęb globalne przybliżenie równań różniczkowych stochastycznych napędzanych przeliczalnie wymiarowym procesem Wienera.

Odkryj metody numeryczne dla nieliniowych równań parabolicznych i ich zastosowania w hydrologii i klimatologii.

Odkryj matematyczne podstawy niestabilności liniowej spiral Prandtla w fascynującym wykładzie z konferencji o zastosowaniach matematyki.