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Kind sitzt weinend auf einer Treppe.

© Africa Studio - stock.adobe.com

Childhood maltreatment can affect body trust

Katharina Schwerdt

© D. Ausserhofer

Alumna of the month Katharina Schwerdt: "Have the courage to follow your passion!"

Porträtaufnahme Hans Kleemann.

Sustainable circuit boards for circular electronics: TUD researcher Hans Kleemann receives Joachim Herz Prize 2025

Islands of Minds_Ausstellung Kunstpädagogik_Sommersemester 2025

© Fachbereich Kunstpädagogik, TUD

Islands of Minds - Art Education students will present their final projects starting on July 17

Zwei Fotos nebeneinander: Prof. Martin Sedlmayr und Dr. Claudia Heine

© Stephan Wiegand / Claudia Heine

From Crisis Response to the Future of Health Research: The Network of University Medicine Enters a New Funding Phase

Porträtaufnahme von Uliana Tsiko

Off to Lindau: TUD scientist Uliana Tsiko participates in Nobel Laureate Meeting

Foto von Veronika Volkova und Rett Edwards, die in einem sonst leeren Hörsaal der TU Dresden sitzen.

© Veronika Volkova, Rett Edwards

Semiconductors on the nanometer scale: Veronika and Rett present the Nanoelectronic Systems Master's degree in the Uni-Vlog

A black box with a green screen hangs on a wall with colorful children's pictures. A black tick and the white lettering “Success” appear on it. A child's hand is holding a chip for registration.

© Dresden University School

Sechs Jahre Schulversuch Universitätsschule Dresden: Erster großer Abschlussjahrgang

DESCRIPTION: Phase-field simulations of microstructure evolution (grain growth) illustrating coarsening dynamics of a system comprising approximately 1000 grains in different regimes. Grain boundaries (black networks) separate crystalline domains of differing orientations (white regions). The system evolves from an initial configuration (top) through numerical simulations reproducing i) mean curvature flow (MCF), which mimics the behavior of foams and froths (indicated in blue) and ii) MCF with internal stresses, capturing the more complex behavior of polycrystals. In the bottom right region, microstructure evolution is visualized by superimposing successive grain boundary networks, color-coded from blue to red to indicate progression over time. Arrows point to grain boundaries that migrate counter to their center of curvature, a phenomenon arising from shear-coupled grain boundary motion. This behavior, which cannot be explained by MCF alone, plays a critical role in understanding the weak correlation between grain boundary velocity and curvature often observed in experimental studies.

© Marco Salvalaglio

Improving how we design materials: Why do grains in metals and ceramics grow the way they do?