Research
Single-particle Tracking and the Complexity of the Cytoskeleton
Recent modeling advances have inspired research that relates intracellular processes to the underlying dynamics of the cell cytoskeleton.
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Michael Herrmann, a professor of mathematics at Technische Universität Braunschweig, passed away in July 2024 at 51 years of age.
Existing models only capture partial aspects of midge swarms, and little mathematical theory exists beyond numerical simulations.
Large-scale ptychography requires a substantial number of phaseless measurements to reconstruct a high-resolution image.
The use of mimetic difference methods to solve the Navier-Stokes equations in complex geometries helps retain both speed and ease of implementation.
Understanding, quantifying, and ultimately minimizing vulnerabilities in large-scale AI systems is an important, interdisciplinary topic.
Focused ultrasound is an emerging treatment modality that uses ultrasound waves to target particular tissue within the body.
SIAM announces the results of its recent elections! Meet the newly elected Board of Trustees members and Council, chosen by SIAM membership.
Understanding the dynamics of coffee ring formation is a critical engineering challenge, particularly in the context of control problems.
The rate at which a bird needs to flap its wings to stay aloft is a surprisingly complicated question due to the complex dynamics.
Richard Moore, SIAM's Director of Programs and Services, recaps SIAM’s most exciting events in 2024 and looks towards 2025.
Abby Addy, SIAM's Director of Development and Corporate Relations, reflects on some of SIAM’s recent accomplishments.
Finland is home to a vibrant inverse problems community that is invested in the connection between pure research and practical applications.