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• private primes table name Jean-Luc ARNAUD
  • Re: private primes table name Bill Allombert
  • Re: private primes table name Loïc Grenié
• Re: [seqfan] An unexpected formula related to the Hamming weight of integers Ruud H.G. van Tol
• Re: unable to load a large vector from a file Karim Belabas
• logint() bug? Max Alekseyev
  • Re: logint() bug? Bill Allombert
    • Re: logint() bug? Karim Belabas
      • Re: logint() bug? Max Alekseyev
      • Re: logint() bug? Ruud H.G. van Tol
      • Re: logint() bug? Karim Belabas
• Be able to use sqrt(2) as I (square root of -1) tony . reix
  • Re: Be able to use sqrt(2) as I (square root of -1) Henri . Cohen
  • Re: Be able to use sqrt(2) as I (square root of -1) Denis Simon
• Determine the mirror reflection relationship between the coordinates of two sets of pairs of points in n-dimension space. Hongyi Zhao
  • Re: Determine the mirror reflection relationship between the coordinates of two sets of pairs of points in n-dimension space. Karim Belabas
    • Re: Determine the mirror reflection relationship between the coordinates of two sets of pairs of points in n-dimension space. Hongyi Zhao
      • Re: Determine the mirror reflection relationship between the coordinates of two sets of pairs of points in n-dimension space. Karim Belabas
      • Re: Determine the mirror reflection relationship between the coordinates of two sets of pairs of points in n-dimension space. Hongyi Zhao
      • Re: Determine the mirror reflection relationship between the coordinates of two sets of pairs of points in n-dimension space. Karim Belabas
      • Re: Determine the mirror reflection relationship between the coordinates of two sets of pairs of points in n-dimension space. Hongyi Zhao
      • Re: Determine the mirror reflection relationship between the coordinates of two sets of pairs of points in n-dimension space. Karim Belabas
      • Re: Determine the mirror reflection relationship between the coordinates of two sets of pairs of points in n-dimension space. Hongyi Zhao
      • Re: Determine the mirror reflection relationship between the coordinates of two sets of pairs of points in n-dimension space. Karim Belabas
      • Re: Determine the mirror reflection relationship between the coordinates of two sets of pairs of points in n-dimension space. Hongyi Zhao
• defining a recurrence Jean-Luc ARNAUD
  • Re: defining a recurrence Anders Hellström
    • Re: defining a recurrence Ruud H.G. van Tol
      • Re: defining a recurrence Charles Greathouse
      • Re: defining a recurrence Ruud H.G. van Tol
  • Re: defining a recurrence Bill Allombert
• polrootsmod(f,p) with f%p==0 Max Alekseyev
  • Re: polrootsmod(f,p) with f%p==0 Bill Allombert
    • Re: polrootsmod(f,p) with f%p==0 Max Alekseyev
      • Re: polrootsmod(f,p) with f%p==0 Karim Belabas
      • Re: polrootsmod(f,p) with f%p==0 Max Alekseyev
      • Re: polrootsmod(f,p) with f%p==0 Bill Allombert
• from t_POL to t_CLOSURE (and back) Max Alekseyev
  • Re: from t_POL to t_CLOSURE (and back) Bill Allombert
    • Re: from t_POL to t_CLOSURE (and back) Max Alekseyev
      • Re: from t_POL to t_CLOSURE (and back) Max Alekseyev
      • Re: from t_POL to t_CLOSURE (and back) Max Alekseyev
      • Re: from t_POL to t_CLOSURE (and back) Bill Allombert
      • Re: from t_POL to t_CLOSURE (and back) Max Alekseyev
• finite fields -- choice of defining polynomial John Cremona
  • Re: finite fields -- choice of defining polynomial Bill Allombert
    • Re: finite fields -- choice of defining polynomial John Cremona
      • Re: finite fields -- choice of defining polynomial John Cremona
      • Re: finite fields -- choice of defining polynomial Bill Allombert