Canadian Mathematical Society
Canadian Mathematical Society
  location:  PublicationsjournalsCJM
Abstract view

Solvable Points on Projective Algebraic Curves

 Printed: Jun 2004
  • Ambrus Pál
Features coming soon:
Citations   (via CrossRef) Tools: Search Google Scholar:
Format:   HTML   LaTeX   MathJax   PDF   PostScript  


We examine the problem of finding rational points defined over solvable extensions on algebraic curves defined over general fields. We construct non-singular, geometrically irreducible projective curves without solvable points of genus $g$, when $g$ is at least $40$, over fields of arbitrary characteristic. We prove that every smooth, geometrically irreducible projective curve of genus $0$, $2$, $3$ or $4$ defined over any field has a solvable point. Finally we prove that every genus $1$ curve defined over a local field of characteristic zero with residue field of characteristic $p$ has a divisor of degree prime to $6p$ defined over a solvable extension.
MSC Classifications: 14H25, 11D88 show english descriptions Arithmetic ground fields [See also 11Dxx, 11G05, 14Gxx]
$p$-adic and power series fields
14H25 - Arithmetic ground fields [See also 11Dxx, 11G05, 14Gxx]
11D88 - $p$-adic and power series fields

© Canadian Mathematical Society, 2014 :