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9th international workshop: Quantum Phase Transitions in Nuclei and Many-body Systems

22–25 May 2018
Padova
Europe/Rome timezone

Secretary and Organizing Committee

Contribution list and slides

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  1. 1. 01-01_Both sides of the story: Shape coexistence and Quantum Phase Transitions
    J.E. García-Ramos
  2. 67. 01-02_Experimental evidences of shape coexistence in the Z=82 and A~100, N~60 regions
    K. Wrzosek-Lipska
  3. 2. 01-03_Prolate-oblate shape coexistence in Se isotopes from isomer spectroscopy
    V. Werner
  4. 3. 01-04_Shape coexistence and collective low-spin states in 112,114 Sn studied with the (p,p′gamma) DSA coincidence technique and SONIC@HORUS
    M. Spieker
  5. 4. 01-05_Shape-coexistence vs QPT in the rare-earth region
    D. Vretenar
  6. 5. 01-06_Nuclear shape phase transitions described in terms of the sextic oscillator
    G. Lévai
  7. 6. 01-07_Bohr model description of the critical point for the first order shape phase transition
    P. Buganu
  8. 7. 01-08_Coexistent Shapes in the Bohr Hamiltonian: Limitations and phenomenological Challenges
    P. Georgoudis
  9. 8. 01-09_Quantum Phase Transitions within the Shell Model
    S. Karmapagia
  10. 9. 01-10_Signature of γ-softness in nuclei at the Se-Ge region
    M. Böyükata
  11. 10. 02-01_More (Shapes) is Different (Symmetries)
    A Leviatan
  12. 11. 02-02_Structure of Cd isotopes within the beyond-mean-field IBM
    K Nomura
  13. 12. 02-03_Partial dynamical symmetry and the phonon puzzle in Cd isotopes
    N. Gavrielov
  14. 13. 02-04_The phase diagram of the extended Agassi model
    J.E. García-Ramos
  15. 14. 02-05_New Predictions of the Proxy-SU(3) Approximate Symmetry
    R. Casten
  16. 15. 02-06_Nuclear tetrahedral and octahedral symmetries: New research lines after the first identified case
    J. Dudek
  17. 16. 02-07_Higher-rank discrete symmetries in the IBM
    P. van Isacker
  18. 17. 02-08_Phases of clusterized nuclei
    J. cseh
  19. 18. 02-09_QPT in cluster nuclei
    R. Bijker
  20. 19. 02-10_Quartet structure of N=Z nuclei in an IBM formalism: 28Si as a nucleus at the U(5)-\bar{SU(3)} phase-transitional point
    M. Sambataro
  21. 20. 02-11_Nuclear shape effects at the border of atomic energy scale
    N. Minkov
  22. 22. 03-01_Seeing Physics, Comparing Theory and Experiment: Emergent Collectivity, Perspective/Correlations, Precision data, Theoretical accuracy, Parameters
    R. Casten
  23. 23. 03-02_Quest for common semantics a few remarks to ‘beta-vibration’,‘shape coexistence’,and ‘phase transition’
    N. Pietralla
  24. 24. 03-03_The low-Z boundary of the N=90 phase transition 148Ce near X(5)
    P. Koseoglou
  25. 25. 03-04_First observation of collective rotation of an oblate nucleus at very high spin
    C. Petrache
  26. 26. 03-05_Nuclear level density as a signature of shape phase transitions
    D. Bucurescu
  27. 27. 03-06_Shell model, level density and phase transitions
    V. Zelevinski
  28. 28. 03-07_Correlations between nuclear charge radii, E0 transitions and summed M1 strengths
    P. van isacker
  29. 29. 03-08_Decay characteristics of the scissors mode in the QPT and 0νββ-partner isotopes ¹⁵⁰Nd and ¹⁵⁰Sm
    J. Kleemann
  30. 30. 03-09_E2 strength of the Scissors Mode and evolution of F-vector quadrupole charges over a shape phase transition
    T. Beck
  31. 31. 03-10_Excitation energy dependence of the moment of inertia of well-deformed nuclei
    R.V. Jolos
  32. 32. 04-01_Underlying mechanism of shape evolution and the Quantum Phase Transition and its manifestations
    T. Otsuka
  33. 33. 04-02_Appearance of shape isomerism in the Ni isotopic chain
    S. Leoni
  34. 34. 04-03_Shape coexistence in 96Zr
    N. Pietralla
  35. 35. 04-04_B(E2) measurement in 98Zr and its relation to the QPT in Zr nuclei due to Shell Evolution
    W. Witt
  36. 36. 04-05_Lifetime measurements in 98Zr and shape phase transition in Zr isotopes
    P. singh
  37. 37. 04-06_Two-particle transfer reactions: a key tool for the study of phase transitions in nuclei
    A. vitturi
  38. 38. 04-07_Interplay between spherical shapes and a deformed shape in Zirconium isotopes
    N. gavrielov
  39. 39. 04-08_Studying shape staggering in Hg isotopes using Laser spectroscopy
    S. Sels
  40. 40. 05-01_Alternative approaches to phase transitions
    Y. zhang
  41. 41. 05-02_Tilted-axis wobbing in odd-mass nuclei
    R. Budaca
  42. 42. 05-03_Quantum phase transitions in odd-A nuclei: The effect of the odd particle along the critical line
    M. Böyükata
  43. 43. 06-01_An Overview of QPT and ESQPT in Molecular Systems
    F. Pérez -Bernal
  44. 44. 06-02_Saddle point localization of molecular wavefunctions
    G.Ch. Mellau
  45. 45. 06-03_Topological superfluid phase with repulsive fermionic atoms
    G. ortiz
  46. 46. 06-04_Relationship between the ESPQT and the thermal phase transition in the Dicke model
    P. Pérez Fernández
  47. 47. 06-05_Excited-state quantum phase transition and quantum speed limit
    Q. Wang
  48. 48. 06-06_Breaking and restoration of rotational symmetry in the low-energy spectrum of light alpha-conjugate nuclei on the lattice
    G. Stellin
  49. 49. 07-01_Introduction
    D. Vretenar
  50. 50. 07-02_Signature of alpha-like quartet phase transition in N=Z nuclei
    N. Sandulescu
  51. 51. 07-03_Nuclear clustering with and beyond the relativistic mean-field framework
    P. Marevic
  52. 52. 07-04_Symmetry Conserving Configuration Mixing description of odd-mass nuclei and a short discussion on pairing transitions
    L. egido
  53. 53. 07-05_Octupole correlations in neutron-rich odd-mass nuclei
    K. nomura
  54. 54. 07-06_Quantum shape-phase transitions in odd-mass nuclei
    D. vretenar
  55. 55. 07-07_Shape evolutions in Gd isotopes studied with five-dimensional collective Hamiltonian based on covariant DFT
    Q.B. Chen
  56. 56. 07-08_Shell-model study in A~130 nuclei and chiral doublet of 128Cs
    N. Shimizu
  57. 57. 07-09_Nuclear multiple chirality in Rh-106: a manifestation of triaxial shape coexistence
    P. Zhao
  58. 58. 08-01_Excited state quantum phase transitions: Introduction
    P. Cejnar
  59. 59. 08-02a_Excited state quantum phase transition in the Lipkin-Meshkov-Glick model and its influence on the non-adiabatic dynamics
    W. Kopylov
  60. 60. 08-02b_Smearing out of the excited state quantum phase transition properties in the dissipative LMG model and their restore by delayed feedback control
    W. Kopylov
  61. 61. 08-04_Nonequilibrium quantum dynamics: from full random matrices to real systems
    L. Santos
  62. 62. 08-05_Excited state quantum phase transitions and quantum quench dynamics in an extended Dicke model
    M. Kloc
  63. 63. 08-06_Excited state quantum phase transitions studied from a non-Hermitian perspective
    M. Šindelka
  64. 64. 08-07_Exceptional points for randomly perturbed critical Hamiltonians
    P. Stránský
  65. 65. 08-08_Analytical description of the excited state phase transition to octupole deformed shape in alternating parity bands
    R.V. Jolos
  66. 66. 08-09_Landau-Zener transitions in the Pechukas-Yukawa formalism under the influence of Brownian noise
    A. Qureshi