The Zilber-Pink conjecture is a far reaching and widely open
conjecture in the area of "unlikely intersections" generalizing
many previous results in the area, such as the recently established
André-Oort conjecture. Recently the ``G-functions method...
From the outset, topology has played an important role in the
study of o-minimal structures. The central focus has been on
developing the theory of o-minimality as a framework for 'tame
topology', built upon the natural and well-behaved
underlying...
Let C be a curve defined over a finite field, and let X/C
be a non-isotrivial family of K3 surfaces. In joint work with
Maulik-Tang, under a compactness assumption (an assumption removed
in later work by Tayou), we prove that if the K3 surface is...
A classical theorem due to Borel states that every holomorphic
map from a poly-punctured disk into a Shimura variety (with
torsion-free level structure) extends holomorphically across the
punctures to the minimal compactification. As a consequence...
I will talk about mod p versions of the Mumford—Tate and
André—Oort conjectures. Via a notion of formal linearity, the two
conjectures, together with a third one (modpAx—Lindemann),
are closely entangled with each other — much closer than their
char...
I will discuss work in progress with M. Orr (Manchester) and G.
Papas (Weizmann) on the Zilber-Pink conjecture for $Y(1)^3$. This
is known for so-called asymmetric curves by the 2012 work of
Habegger-Pila. More recently, an approach known as the G...
We will survey various recent results around the distribution of
the Hodge locus of a (mixed) variation of Hodge structures. Various
concrete applications to moduli spaces will also be presented.
We prove that an algebraic flat connection has ℝan, exp
-definable flat sections if and only if it is regular singular
with unitary monodromy eigenvalues at infinity, refining previous
work of Bakker–Mullane. This provides e.g. an o-minimal...