43 research outputs found
Derived -adic heights and the leading coefficient of the Bertolini--Darmon--Prasanna -adic -function
Let be an elliptic curve and let be an odd prime of good
reduction for . Let be an imaginary quadratic field satisfying the
classical Heegner hypothesis and in which splits. In a previous work,
Agboola--Castella formulated an analogue of the Birch--Swinnerton-Dyer
conjecture for the -adic -function of
Bertolini--Darmon--Prasanna attached to , assuming the prime to be
ordinary for . The goal of this paper is two-fold:
(1) We formulate a -adic BSD conjecture for
for all odd primes of good reduction.
(2) For an algebraic analogue of
, we show that the ``leading coefficient'' part of
our conjecture holds, and that the ``order of vanishing'' part follows from the
expected ``maximal non-degeneracy'' of an anticyclotomic -adic height.
In particular, when the Iwasawa--Greenberg Main Conjecture
is
known, our results determine the leading coefficient of at up to a -adic unit. Moreover, by adapting the approach of
Burungale--Castella--Kim in the -ordinary case, we prove the main conjecture
for supersingular primes under mild hypotheses.Comment: 34 page
Exceptional zero formulae and a conjecture of Perrin-Riou
Let be an elliptic curve with split multiplicative reduction
at a prime . We prove (an analogue of) a conjecture of Perrin-Riou, relating
-adic BeilinsonKato elements to Heegner points in , and a
large part of the rank-one case of the MazurTateTeitelbaum exceptional
zero conjecture for the cyclotomic -adic -function of . More
generally, let be the weight-two newform associated with , let
be the Hida family of , and let be the
MazurKitagawa two-variable -adic -function attached to .
We prove a -adic GrossZagier formula, expressing the quadratic term of
the Taylor expansion of at as a non-zero
rational multiple of the extended height-weight of a Heegner point in
On the elliptic stark conjecture in higherweight
We study the special values of the triple product p-adic L-function constructedby Darmon and Rotger at all classical points outside the region of interpolation.We propose conjectural formulas for these values that can be seen as extendingthe Elliptic Stark Conjecture, and we provide theoretical evidence for them by provingsome particular cases