Panel Discussion for the Masterclass on Semiconductor Photonics.

Integrated Si photonics has sparked a significant ramp-up of investment in both academia and industry as a scalable, power-efficient, and eco-friendly solution. At the heart of this platform is the light source, which has been the focus of research extensively. (...). Click on the talk for more information.

This talk summarizes recent research results in the field of universal light encoders. (...). Click on the talk for more information.

This talk explains the cutting-edge technology of micro-LEDs. (...). Click on the talk for more information.

This talk focus on the recent progress of visible diode laser-based lighting technology and high-speed transmitters and receivers for Gbit/s visible light communication (LiFi) and underwater wireless optical communication. (...). Click on the talk for more information.

This talk presents selected topics in science and engineering from an applied-mathematics point of view. (...). Click on the talk for more information.

This talk describes the rich connections between the physical notion of diffusion and mathematical regularity estimates of solutions of the driving PDEs. (...). Click on the talk for more information.

This talk explores connections between some Partial Differential Equations, Fourier Analysis, and real-life problems. (...). Click on the talk for more information.

This talk presents certain topics of interest in Prof. Tzavaras's group concerning the study of fast flows in fluid mechanics and the theory of Hyperbolic Conservation laws and Hyperbolic-Parabolic Systems. (...). Click on the talk for more information.

This talk derives a quantitative modulus of continuity, up to the parabolic boundary, for solutions of the Cauchy–Dirichlet problem associated with a phase transition modeled upon the p-degenerate two-phase Stefan problem. (...). Click on the talk for more information.

This talk explores the connections between optimal control problems and machine learning. (...). Click on the talk for more information.

Several physical systems are described by evolutionary partial differential equations describing rarefied gasses, (...). Click on the talk for more information.

This seminar focuses on machine learning (the computers’ ability to learn based on training from large data sets) and computational science (...). Click on the talk for more information.

This talk will review the recent shift in the construction and modern analysis of a large class of spatially (...). Click on the talk for more information.

Since the celebrated paper by Lax and Wendroff, it is known what kind of structure should have a numerical scheme to (...). Click on the talk for more information.

Many physical problems involving heterogeneous spatial scales, such as the flow-through fractured porous media, (...). Click on the talk for more information.

We review a numerical scheme based on a fictitious domain approach for the modeling and the approximation of the interaction of fluids and solids. (...). Click on the talk for more information.

In this talk, Professor Peter Wonka will review multiple applications that have been enabled by the state-of-the-art generative adversarial network called StyleGAN. (...). Click on the talk for more information.

Research in visualization and computer graphics has developed techniques to geometrically model objects from our everyday life, or from various branches of industry and science, including modeling life-forms that are of submicron in size. (...). Click on the talk for more information.

Discrete differential geometry aims to develop discrete equivalents of notions and methods from smooth surface theory. (...). Click on the talk for more information.