Structure

• Feshbach projection formalism
  • Continuum shell model (I. Rotter et at.)
  • Continuum shell model (A. Volya et al.)
  • Shell model embedded in the continuum (K. Bennaceur et al.)
• Resonating group method
  • No-core shell model - RGM (S. Quaglioni et al.)
  • No-core shell model with continuum (S. Quaglioni et al.)
  • Gamow shell model coupled channels (Jaganathen et al.)
• Exterior complex-scaling
  • Fadeev-Yakubowski (R. Lazauskas et al.)
• Momentum space representation
  • Fadeev-Yakubowski (A. Deltuva et al.)
• Berggren basis expansion
  • Gamow shell model (N. Michel et al.)
  • Density matrix renormalization group for open quantum systems (J. Rotureau et al.)
  • Couled clusters in the Berggren basis (G. Hagen et al.)
  • In-medium similarity renormalization group in the Berggren basis (B. Hu et al.)
• J-matrix
  • No-core shell model - HORSE (A. Shirokov et al.)

Dire qu’il y a a plethora of methods for s.p. problems Dire que beaucoup de problem sont juste deux particules dans le continuum faire un tableau avec les methodes vs ce quelles puvent faire.. (pheno/ab inito, # of particles, reaction/struct, Add refs/reviews for each method (many missing: new truc Volya clusters, Linda, RGM-symplectic NCSM, Simin, Hagino, QMC+Nollett) links to codes and websites (volya, johnson, massexplorer, github ragnar morten preparer le site pour la prochaine ecole talent sur le continuum

https://github.com/mhjensen https://github.com/ragnarstroberg https://github.com/jmyao17 https://github.com/nuclth https://github.com/sbogner https://github.com/hhergert https://github.com/sarahcwesolowski https://github.com/yuguxingzhe «- Baishan https://github.com/jordan-melendez https://github.com/DanielRPhillips https://github.com/n-parzuchowski https://github.com/furnstahl https://github.com/cforssen https://github.com/GioPede https://github.com/andreas-ekstrom https://github.com/gustav-jansen https://github.com/nicolas-lj-michel

https://github.com/yuanzhuo https://github.com/jianguoli https://github.com/whuerZS

https://github.com/NuclearTalent