Critical stability

Author index

• S. Åberg (Lund University)
  • Co-auteur de

    The ab initio no-core shell model

• Kievsky Alejandro (Istituto Nazionale di Fisica Nucleare, Pisa, Italy)
  • Co-auteur de

    Scattering states of three-body systems with the Hyperspherical Adiabatic method

• Valcarce Alfredo
  • Auteur de

    Four-quark stability

• Raquel Alvarez-Rodriguez
  • Auteur de

    Three-body decays of many-body resonances

• Edward A. G. Armour
  • Auteur de

    Binding in some few-body systems containing antimatter

• Paolo Barletta
  • Auteur de

    Scattering states of three-body systems with the Hyperspherical Adiabatic method

• Paolo Barletta (UCL - London)
  • Co-auteur de

    The Hyperspherical Harmonic method for a A-body system without permutation symmetry

• Vladimir B. Belyaev
  • Auteur de

    New nuclear three-body clusters φN N

• M. Berninger (Institut für Experimentalphysik and Institut für Quantenoptik und Quanteninformation, Innsbruck, Austria)
  • Co-auteur de

    Few-body physics with ultracold Cs atoms and molecules

• Dario Bressanini
  • Auteur de

    Boundary-condition-determined wave functions, and their nodal structure, for few-electron atomic systems

• Philippe Briet (Marseille & Toulon)
  • Co-auteur de

    Relativistic Hydrogen in Strong Magnetic Fields

• Raymond Brummelhuis (Birkbeck college, London)
  • Co-auteur de

    Can one bind three electrons with a single proton

• Raymond Brummelhuis
  • Auteur de

    Relativistic Hydrogen in Strong Magnetic Fields

• Georg Bruun
  • Auteur de

    Feshbach resonances in ultracold atomic gases

• J. Christensson (Lund University)
  • Co-auteur de

    The ab initio no-core shell model

• Gerardo Delgado-Barrio (Instituto de Fisica Fundamental, CSIC)
  • Co-auteur de

    Theoretical investigation of the spectra of rotating trimers by means of a variational quantum method based in distributed Gaussian functions

• Arnoldas Deltuva
  • Auteur de

    Challenges and achievements in the ab-initio three- and four-body scattering calculations: the Coulomb force

• Jose D'Incao
  • Auteur de

    Few-body Physics in Ultracold Gases: The Role of Efimov Physics

• Pierre Duclos
  • Auteur de

    Can one bind three electrons with a single proton

• Pierre Duclos (Marseille & Toulon)
  • Co-auteur de

    Relativistic Hydrogen in Strong Magnetic Fields

• Martial Ducloy
  • Auteur de

    The physics of long-range atom-surface interactions and its applications

• N. Elander (Department of Physics, AlbaNova University Center,Stockholm University, 106 91 Stockholm, Sweden)
  • Co-auteur de

    Solving the Coulomb scattering problem without using coulomb functions

• Nils Elander
  • Auteur de

    The driven Schroedinger approach to quantum scattering calculations

• Charlotte Elster
  • Auteur de

    Poincar\'e Invariant Three-Body Scattering

• Amand Faessler
  • Auteur de

    Contact P-wave interactions and decays of exotic atoms

• Dmitri Fedorov (Aarhus, DK)
  • Co-auteur de

    Consistent α-cluster description of the Hoyle state in 12 C

• Dmitri Fedorov
  • Auteur de

    On the determination of the parameters of quantum resonances: theory and experiment

• Dmitri Fedorov (University of Aarhus)
  • Co-auteur de

    Three-body decays of many-body resonances

• Francesca Ferlaino
  • Auteur de

    Few-body physics with ultracold Cs atoms and molecules

• Christian Forssén
  • Auteur de

    The ab initio no-core shell model

• Tobias Frederico
  • Auteur de

    Virtual states, halos and resonances in three-body atomic and nuclear systems

• Hans Fynbo (University of Aarhus)
  • Co-auteur de

    Three-body decays of many-body resonances

• Hans Fynbo (Aarhus University)
  • Co-auteur de

    On the determination of the parameters of quantum resonances: theory and experiment

• Avraham Gal
  • Auteur de

    Few-Body Approaches and Problems in Hypernuclei

• Eduardo Garrido (Instituto de Estructura de la Materia CSIC)
  • Co-auteur de

    Three-body decays of many-body resonances

• Eduardo Garrido
  • Auteur de

    Few-body reactions in nuclear astrophysics

• Mario Gattobigio
  • Auteur de

    The Hyperspherical Harmonic method for a A-body system without permutation symmetry

• Walter Glöckle
  • Co-auteur de

    Poincar\'e Invariant Three-Body Scattering

• Tomas Gonzalez-Lezana
  • Auteur de

    Theoretical investigation of the spectra of rotating trimers by means of a variational quantum method based in distributed Gaussian functions

• Sergy Yu. Grebenshchikov
  • Auteur de

    Highly excited bound states and near-threshold resonances in ozone isotope effect

• Anthony M. Green (Helsinki Institute of Physics, Finland)
  • Co-auteur de

    Variational calculations for K-few-nucleon systems

• Dmitry Gridnev
  • Auteur de

    Behavior of Wave Functions near the Thresholds.

• R. Grimm (Institut für Experimentalphysik and Institut für Quantenoptik und Quanteninformation, Innsbruck, Austria)
  • Co-auteur de

    Few-body physics with ultracold Cs atoms and molecules

• George Hagedorn (Virginia Tech, Blacksburg, VA, USA)
  • Co-auteur de

    A Mathematical Theory for Vibrational Levels Associated with Hydrogen Bonds

• Aksel Jensen (University of Aarhus)
  • Co-auteur de

    Three-body decays of many-body resonances

• Aksel Jensen (Aarhus University)
  • Co-auteur de

    On the determination of the parameters of quantum resonances: theory and experiment

• Alain Joye
  • Auteur de

    A Mathematical Theory for Vibrational Levels Associated with Hydrogen Bonds

• robin Kaiser
  • Auteur de

    Multiple scattering of light in cold atoms : from light localisation to plasma physics

• Alejandro Kievsky
  • Auteur de

    Three-body force effects in few-nucleon systems

• Alejandro Kievsky
  • Co-auteur de

    Four-body nuclear systems

• Alejandro Kievsky (INFN - University of Pisa)
  • Co-auteur de

    The Hyperspherical Harmonic method for a A-body system without permutation symmetry

• S. Knoop (Institut für Experimentalphysik and Institut für Quantenoptik und Quanteninformation, Innsbruck, Austria)
  • Co-auteur de

    Few-body physics with ultracold Cs atoms and molecules

• Elena Kolganova
  • Auteur de

    Scattering processes in a framework of Faddeev approach

  • Auteur de

    Title to be announced

• Przemyslaw Koscik
  • Co-auteur de

    Two-boson correlations in various one-dimensional traps

• Mikhail Krivoruchenko
  • Auteur de

    Contact P-wave interactions and decays of exotic atoms

• Pavel Kurasov
  • Auteur de

    How to model p-scattering using point interactions and related three-body problems

• Ting Lin
  • Co-auteur de

    Poincar\'e Invariant Three-Body Scattering

• Joseph Macek
  • Auteur de

    Multiparticle interactions of zero-range potentials

• A.V. Makykh (Dubna)
  • Co-auteur de

    Consistent α-cluster description of the Hoyle state in 12 C

• M. Mark (Institut für Experimentalphysik and Institut für Quantenoptik und Quanteninformation, Innsbruck, Austria)
  • Co-auteur de

    Few-body physics with ultracold Cs atoms and molecules

• Miguel Marqués
  • Auteur de

    Light nuclei in the continuum

• Maykel Márquez-Mijares (Instituto de Fisica Fundamental, CSIC)
  • Co-auteur de

    Theoretical investigation of the spectra of rotating trimers by means of a variational quantum method based in distributed Gaussian functions

• André Martin
  • Auteur de

    Welcome address

• Indranil Mazumdar
  • Auteur de

    Efimov Effect in 2-Neutron Halo Nuclei

• Salvador Miret-Artés (Instituto de Fisica Fundamental, CSIC)
  • Co-auteur de

    Theoretical investigation of the spectra of rotating trimers by means of a variational quantum method based in distributed Gaussian functions

• H. C. Nägerl (Institut für Experimentalphysik and Institut für Quantenoptik und Quanteninformation, Innsbruck, Austria)
  • Co-auteur de

    Few-body physics with ultracold Cs atoms and molecules

• P. Navrátil (Lawrence Livermore National Laboratory)
  • Co-auteur de

    The ab initio no-core shell model

• Thomas Neff
  • Auteur de

    Microscopic Description of Few-Body Systems in the Fermionic Molecular Dynamics Approach

• Oleg O. I. Kartavtsev
  • Auteur de

    Consistent α-cluster description of the Hoyle state in 12 C

  • Auteur de

    Consistent α-cluster description of the Hoyle state in 12 C

• Anna Okopinska
  • Auteur de

    Two-boson correlations in various one-dimensional traps

• Lucas Platter
  • Auteur de

    Universality in low-energy few-body systems and leading corrections

• Wayne Polyzou
  • Co-auteur de

    Poincar\'e Invariant Three-Body Scattering

• Stephanie Reimann
  • Auteur de

    Interaction Blockade and Vortices in Atom Traps

• S. Reimann (Lund University)
  • Co-auteur de

    The ab initio no-core shell model

• Jean-Marc Richard
  • Auteur de

    Proof of stability of tetraquarks in a minimal-path model of linear confinement

• Octavio Roncero (Instituto de Fisica Fundamental, CSIC)
  • Co-auteur de

    Theoretical investigation of the spectra of rotating trimers by means of a variational quantum method based in distributed Gaussian functions

• Sergio Rosati
  • Co-auteur de

    Four-body nuclear systems

• J. Hyam Rubinstein (Department of Mathematics and Statistics, University of Melbourne, Australia)
  • Co-auteur de

    Proof of stability of tetraquarks in a minimal-path model of linear confinement

• W. Sandhas (PIUB, Bonn, Germany)
  • Co-auteur de

    New nuclear three-body clusters φN N

• Roman Schubert
  • Co-auteur de

    Theory of Classical and Quantum Reaction Dynamics in Multidimensional Systems

• Kam Seth
  • Auteur de

    A journey through exotica in hadronic physics

• I. I. Shlyk (JINR, Dubna, Russia)
  • Co-auteur de

    New nuclear three-body clusters φN N

• Lauro Tomio (IFT/UNESP, São Paulo, Brazil)
  • Co-auteur de

    Virtual states, halos and resonances in three-body atomic and nuclear systems

• J. Vary (Iowa State University)
  • Co-auteur de

    The ab initio no-core shell model

• Javier Vijande
  • Auteur de

    Four-quark stability

• Pablo Villarreal
  • Auteur de

    Spin solvent effects in doped helium clusters: A microscopic manifestation of superfluidity

  • Co-auteur de

    Theoretical investigation of the spectra of rotating trimers by means of a variational quantum method based in distributed Gaussian functions

• Michele Viviani
  • Auteur de

    Four-body nuclear systems

• Michele Viviani (INFN - University of Pisa)
  • Co-auteur de

    The Hyperspherical Harmonic method for a A-body system without permutation symmetry

• M.V. Volkov
  • Auteur de

    Solving the Coulomb scattering problem without using coulomb functions

• Holger Waalkens
  • Auteur de

    Theory of Classical and Quantum Reaction Dynamics in Multidimensional Systems

• Eberhard Widmann
  • Auteur de

    Experimental low energy antiproton physics

• Steve Wiggins
  • Co-auteur de

    Theory of Classical and Quantum Reaction Dynamics in Multidimensional Systems

• Slawomir Wycech
  • Auteur de

    Variational calculations for K-few-nucleon systems

• S.L. Yakovlev (V. Fock Institute of Physics, St Petersburg State University, St Petersburg 198504, Russia)
  • Co-auteur de

    Solving the Coulomb scattering problem without using coulomb functions

• Marcello T. Yamashita (ITAPEVA/UNESP, Itapeva, Brazil)
  • Co-auteur de

    Virtual states, halos and resonances in three-body atomic and nuclear systems

• E.A. Yarevsky (V. Fock Institute of Physics, St Petersburg State University, St Petersburg 198504, Russia)
  • Co-auteur de

    Solving the Coulomb scattering problem without using coulomb functions