"Maeda conjecture"의 두 판 사이의 차이

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imported>Pythagoras0
 
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==introduction==
 
==introduction==
* problem of counting the number of pairs of normalized eigenforms $(f,g) $ of weight $k$ and level $N$ such that $ a_p (f) = a_p (g) $ where $a_p (f) $ denotes the $p-$th Fourier coefficient of $f$. Here $p$ is a fixed prime.
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* problem of counting the number of pairs of normalized eigenforms <math>(f,g) </math> of weight <math>k</math> and level <math>N</math> such that <math> a_p (f) = a_p (g) </math> where <math>a_p (f) </math> denotes the <math>p-</math>th Fourier coefficient of <math>f</math>. Here <math>p</math> is a fixed prime.
  
 
== articles ==
 
== articles ==

2020년 11월 16일 (월) 04:35 기준 최신판

introduction

  • problem of counting the number of pairs of normalized eigenforms \((f,g) \) of weight \(k\) and level \(N\) such that \( a_p (f) = a_p (g) \) where \(a_p (f) \) denotes the \(p-\)th Fourier coefficient of \(f\). Here \(p\) is a fixed prime.

articles