
5 May 2022
Seminar, Lecture, Talk
Department of Mathematics - PhD Student Seminar - Precision Matrix Estimation in Gaussian Graphical Model
In this era of big data, quantifying relationships between different components of a complex system is an appealing and challenging problem.

5 May 2022
Seminar, Lecture, Talk
Department of Mathematics - PhD Student Seminar - High-frequency trading with the order flow information
The development in computer technology have enabled computerized trading algorithms. Market making is one of the most famous high frequency trading strategy. By placing bid and ask orders simultaneously, market maker provides liquidity to the market.

5 May 2022
Seminar, Lecture, Talk
Department of Mathematics - PhD Student Seminar - Split Knockoffs: towards Controlling Directional False Discovery Rate under Transformations
Multiple comparisons in hypothesis test are often subject to structural constraints in applications. In structural Magnetic Resonance Imaging for Alzheimer's Disease, one studies not only the atrophy brain regions, but also comparisons of anatomically adjacent regions.

4 May 2022
Seminar, Lecture, Talk
Department of Mathematics - PhD Student Seminar - Unified Gas-kinetic methods for multi-scale flow
Multi-scale methods are constantly demanded for scientific research and industry application. This report reviews family of unified gas-kinetic methods for modeling multi-scale flows.

4 May 2022
Seminar, Lecture, Talk
Department of Mathematics - PhD Student Seminar - A Moving Mesh Finite Element Method for Topology Optimization
Many partial differential equations may have solutions with nearly singular behaviors, such as shock waves and boundary layers.

4 May 2022
Seminar, Lecture, Talk
Department of Mathematics - PhD Student Seminar - Highest weight crystals for Schur Q-functions
In 1990s, Kashiwara and Lusztig defined crystals as abstraction of crystal bases of quantum group representations.

4 May 2022
Seminar, Lecture, Talk
Department of Mathematics - PhD Student Seminar - Integration of single-cell atlases with generative adversarial networks
As single-cell technologies evolved over years, diverse single-cell atlas datasets have been rapidly accumulated. Integrative analyses harmonizing such datasets provide opportunities for gaining deep biological insights.
4 May 2022
Seminar, Lecture, Talk
Physics Department - Condensed Matter Seminar: What is “Qiu Ku” and How to Measure Quantum Entanglement with It