2011 Allianz Cup – Singles

Mathilde Johansson was the defending champion, but lost in the semifinals to Romina Oprandi.
Silvia Soler-Espinosa won the title by defeating Romina Oprandi in the final 2–6, 6–6, ret.

Singles
2011 Allianz Cup
Champion Silvia Soler-Espinosa
Runner-up Romina Oprandi
Final score2–6, 6–6, ret.
Main article: 2011 Allianz Cup

Seeds
  1. Johanna Larsson (Quarterfinals)
  2. Mathilde Johansson (Semifinals)
  3. Laura Pous Tió (First Round)
  4. Alizé Cornet (Quarterfinals)
  5. Romina Oprandi (Final, retired)
  6. Silvia Soler Espinosa (Champion)
  7. Alexandra Cadanțu (Semifinals)
  8. Nina Bratchikova (First Round)

Main draw

Key

Finals
Semifinals Final
          
6 Silvia Soler-Espinosa 4 6 6
7 Alexandra Cadanțu 6 4 2
6 Silvia Soler-Espinosa 2 6  
5 Romina Oprandi 6 6r  
5 Romina Oprandi 66 6 6
2 Mathilde Johansson 78 1 2

Top half
First Round Second Round Quarterfinals Semifinals
1 J Larsson 6 3 6
  N Zander 3 6 2 1 J Larsson 6 7  
Q I Shinikova 6 6   Q I Shinikova 1 5  
  T Majerič 3 3   1 J Larsson 2 2  
LL V Bulgakova 2 6 2 6 S Soler-Espinosa 6 6  
  C Castaño 6 4 6   C Castaño 0 2  
  L Costas-Moreira 2 3   6 S Soler-Espinosa 6 6  
6 S Soler-Espinosa 6 6   6 S Soler-Espinosa 4 6 6
3 L Pous Tió 4 3   7 A Cadanțu 6 4 2
  S Vögele 6 6     S Vögele 4 6 2
  M Duque 6 6     M Duque 6 4 6
  K Kučová 3 2     M Duque 4 5  
Q D Allertová 2 0   7 A Cadanțu 6 7  
  S Fichman 6 6     S Fichman 3 5  
  E Cabeza Candela 4 4   7 A Cadanțu 6 7  
7 A Cadanțu 6 6  

Bottom half
First Round Second Round Quarterfinals Semifinals
5 R Oprandi 6 6  
WC V Tomova 3 2   5 R Oprandi 2 6 6
  L Wienerová 2 6 6   L Wienerová 6 2 2
  L Arruabarrena-Vecino 6 0 0 5 R Oprandi 63 7 6
Q IR Olaru 7 3 7 4 A Cornet 77 5 0
  S Karatantcheva 5 6 5 Q IR Olaru 2 6 2
WC H Dishkova 1 2   4 A Cornet 6 2 6
4 A Cornet 6 6   5 R Oprandi 66 6 6
8 N Bratchikova 3 1   2 M Johansson 78 1 2
Q C Mitu 6 6   Q C Mitu 6 6  
  Ç Büyükakçay 6 6     Ç Büyükakçay 0 3  
WC A Vangelova 0 1   Q C Mitu 3 2  
WC R Dimitrova 1 4   2 M Johansson 6 6  
  E Bogdan 6 6     E Bogdan 0 3  
  E Kostova 6 5 3 2 M Johansson 6 6  
2 M Johansson 4 7 6
gollark: Interesting question. You should download their entire revision history dump and analyze it.
gollark: Also, apparently if you could transmit information faster than light that would break causality, which would be bad.
gollark: According to xkcd, keeping updated would only require 5 printers worth of throughput, which is not very much in terms of bitrate.
gollark: I mean, it's probably way more complicated, but basically you can't send information faster than light that way.
gollark: Anyway, my knowledge of this is not very detailed, but IIRC quantum entanglement means that if you observe one particle the other one collapses into another state, or something like that, and you don't control which state is picked, so you can't send any data.

References
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