| 강연자 | 임선희 |
|---|---|
| 소속 | 서울대 |
| date | 2009-09-10 |
Volume entropy of a compact manifold is the exponential growth rate of balls in the universal cover. This seemingly coarse invariant contains a lot of geometric information of the manifold. We will discuss some relations to other invariants, some rigidity theorems in the manifold case. We will then introduce buildings and the volume entropy of buildings. The second part of the talk is a joint work with Francois Ledrappier.
돈은 어떻게 우리 삶에 돈며들었는가? (불확실성 시대에 부는 선형적으로 증가하는가?)
극소곡면의 등주부등식
곡선의 정의란 무엇인가?
Zeros of the derivatives of the Riemann zeta function
Zeros of linear combinations of zeta functions
What is model theory?
What happens inside a black hole?
WGAN with an Infinitely wide generator has no spurious stationary points
Weyl character formula and Kac-Wakimoto conjecture
Weak and strong well-posedness of critical and supercritical SDEs with singular coefficients
W-algebras and related topics
Volume entropy of hyperbolic buildings
Vlasov-Maxwell equations and the Dynamics of Plasmas
Variational Methods without Nondegeneracy
Unprojection
Universality of log-correlated fields
Unique ergodicity for foliations
Trends to equilibrium in collisional rarefied gas theory
Towards Trustworthy Scientific Machine Learning: Theory, Algorithms, and Applications
Toward bridging a connection between machine learning and applied mathematics
