Professional Feature - Igor Mezic

Igor Mezic relates some of his adventures.

Professional Feature - Jianhong Wu

Jianhong Wu describes his educational and career journal, highlighting the value of following your interests.

Professional Feature - Leon Glass

Leon Glass followed his curiosity to find his professional path.

Professional Feature - Lisa Fauci

Lisa Fauci describes her path overcoming prejudice to become a highly successful mathematician and leader.

Professional Feature - Mario di Bernardo

Mario di Bernardo shares his journey from learning to control chaos to becoming a world-renowned scientist in nonlinear control and complex networks, suggesting the importance of interdisciplinary work and the feedback loop between theory and applications.

Professional Feature - Mark J. Ablowitz

Mark Ablowitz details his journey from a childhood in the Bronx to first-generation college student to a successful academic researcher and leader.

Professional Feature - Mary Silber

Mary Silber is the Director of the Committee on Computational and Applied Mathematics and a Professor in the Department of Statistics at the University of Chicago.

Professional Feature - Mason A. Porter

The Professional Road that Mason Porter has Traveled (so far).

Professional Feature - Nancy Kopell

Nancy Kopell shares her career trajectory, showing you are not just what you have previously studied.

Professional Feature - Renaud Lambiotte

Renaud Lambiotte tells his story towards becoming a leading network scientist, encouraging young researchers to follow their heart to discover one's own path and rhythm of growth.

Professional Feature - Yang (Angela) Yang

Yang (Angela) Yang is a Staff Research Scientist at Meta.

Pull-Push Action Helps Neural Crest Cells Migrate Collectively

Introduction to neural crest cell collective dynamics.

Quenched Stripes: Wavenumber Selection and Dynamics

Ryan Goh of Boston University discusses the effect of quenching in the Swift-Hohenberg equation as a model for spacial growth.

Questions of Responsibility: Modelling in the Age of COVID-19

Maurice Chiodo and Dennis Müller discuss ethical questions that arise in math research with a special focus on COVID-19.

Red Sock Award for Best Posters at DS19

Andrew Bernoff writes about the Red Sock Award for the best poster presentations in dynamical systems by a student or postdoc at the SIAM Conference on Applications of Dynamical Systems, 2019.

Red Sock Award Recognizes Exceptional Poster Presentations at DS23

Red Sock Award recognizes exceptional poster presentations at DS23.

Red Sock Awards Recognize Best Snowbird Posters

Four students were presented with the Red Sock Award for the best poster presentations at May’s Conference on Dynamical Systems.

Four students were presented with the Red Sock Award for the best poster presentations at May’s Conference on Dynamical Systems. Along with a red sock, each awardee received a $100 prize. We invited the winners to tell us about themselves and their award-winning work.

Renewing SIAM membership

Renew your SIAM membership.

Report on SIAM DS21

Daniel Cooney reflects on DS21.

Resilient Data-driven Dynamical Systems with Koopman: An Infinite-dimensional Numerical Analysis Perspective

Brunton and Colbrook discuss their and others’ recent work using infinite-dimensional numerical analysis to address spectral pollution, continuous eigenspectra, and other challenges arising applying data-driven Koopman theory.

Revisiting Fluid Mechanics, From a Complexity Lens

Saksham Sharma discusses issues that arise from treating fluids as a continuum and two of his recent preprints examining the emergence of fluids from atoms and framing fluid mechanics in the context of computing.

Revivals and Fractalization

David A. Smith discusses dispersive quantisation: from its discovery in the 19th century by Talbot, to more modern attempts at understanding fractalizing effects in dispersive equations.

Riding the “Wave” of Affordable 3D Printing

Applications to PDEs in teaching and research

Nate Barlow, Colin Huber, and Olivier Montmayeur describe how they have used 3D printing for research and teaching, especially for partial differential equations with solutions that evolve in time, and provide advice for you can literally surround yourself with math.

Scientific Computing for Visual Effects

Joseph Teran talks about scientific computing for visual effects.

SDG Workshop - Jervis Bay

Sidney Holden, a Phd Student at the University of Sydney reports on the seventh workshop of the Sydney Dynamics Group on Dynamical Systems - Theory and Application #7 held in person on Nov. 23-27, 2020 at the Bay and Bush Cottages in Woolamia New South Wales, Australia.