Geometry and representation theory are intertwined in deep and
foundational ways. One of the most important instances of this
relationship was uncovered in the 1970s by Deligne and Lusztig: the
representation theory of matrix groups over finite...
The goal of this lecture series is to give you a glimpse into
the Langlands program, a central topic at the intersection of
algebraic number theory, algebraic geometry and representation
theory. In the first lecture, we will look at a celebrated...
Geometry and representation theory are intertwined in deep and
foundational ways. One of the most important instances of this
relationship was uncovered in the 1970s by Deligne and Lusztig: the
representation theory of matrix groups over finite...
The goal of this lecture series is to give you a glimpse into
the Langlands program, a central topic at the intersection of
algebraic number theory, algebraic geometry and representation
theory. In the first lecture, we will look at a celebrated...
Geometry and representation theory are intertwined in deep and
foundational ways. One of the most important instances of this
relationship was uncovered in the 1970s by Deligne and Lusztig: the
representation theory of matrix groups over finite...
The goal of this lecture series is to give you a glimpse into
the Langlands program, a central topic at the intersection of
algebraic number theory, algebraic geometry and representation
theory. In the first lecture, we will look at a celebrated...
Geometry and representation theory are intertwined in deep and
foundational ways. One of the most important instances of this
relationship was uncovered in the 1970s by Deligne and Lusztig: the
representation theory of matrix groups over finite...
In computer vision, generalization of neural representations is
usually measured on i.i.d. data. This hides the fact that
representations often struggle to generalize to non-i.i.d data and
fail to overcome the biases inherent in visual datasets. I...
