Skip to main content
edited tags
Link
Tom
  • 51
  • 2
added 12 characters in body; edited title
Source Link
Tom
  • 51
  • 2

Benedict Gross's paper on companion forms

In the page 458 of his paper(A tameness criterion for Galois representations associated to modular forms), Gross wrote the following

"A detailed analysis of U_p(Af)+V_p(< p >f)$U_p(Af)+V_p(<p>f)$ shows that it vanishes at each supersingular point", (where f$f$ is a mod p modular form of weight 1, U_p$U_p$ is the Hecke operator on mod p$p$ modular forms of weight p, A$A$ is the Hasse invariant, V_p$V_p$ is the p$p$-power map, and < p >$<p>$ is the diamond operator.)

Can someone explain how to do analysis of this section at supersingular points?

Gross's paper on companion forms

In the page 458 of his paper(A tameness criterion for Galois representations associated to modular forms), Gross wrote the following

"A detailed analysis of U_p(Af)+V_p(< p >f) shows that it vanishes at each supersingular point", (where f is a mod p modular form of weight 1, U_p is the Hecke operator on mod p modular forms of weight p, A is the Hasse invariant, V_p is the p-power map, and < p > is the diamond operator.)

Can someone explain how to do analysis of this section at supersingular points?

Benedict Gross's paper on companion forms

In the page 458 of his paper(A tameness criterion for Galois representations associated to modular forms), Gross wrote the following

"A detailed analysis of $U_p(Af)+V_p(<p>f)$ shows that it vanishes at each supersingular point", (where $f$ is a mod p modular form of weight 1, $U_p$ is the Hecke operator on mod $p$ modular forms of weight p, $A$ is the Hasse invariant, $V_p$ is the $p$-power map, and $<p>$ is the diamond operator.)

Can someone explain how to do analysis of this section at supersingular points?

Source Link
Tom
  • 51
  • 2

Gross's paper on companion forms

In the page 458 of his paper(A tameness criterion for Galois representations associated to modular forms), Gross wrote the following

"A detailed analysis of U_p(Af)+V_p(< p >f) shows that it vanishes at each supersingular point", (where f is a mod p modular form of weight 1, U_p is the Hecke operator on mod p modular forms of weight p, A is the Hasse invariant, V_p is the p-power map, and < p > is the diamond operator.)

Can someone explain how to do analysis of this section at supersingular points?