Beauty in Physics: Theory and Experiment




Beauty in Physics
Theory and Experiment


Hacienda Cocoyoc, Morelos, May 14-18, 2012

REGISTRATION LIST
Name Affiliation E-mail Talk / Poster
1. Aurora Tumino LNS-INFN, Italy tumino@lns.infn.it Light nuclear clusters to look into the bright stars
2. Stuart Pittel University of Delaware, USA pittel@bartol.udel.edu Shape transition from vibrational to axially deformed nuclei in the nucleon pair shell model
3. Norbert Pietralla TU Darmstadt, Germany pietralla@ikp.tu-darmstadt.de The beauty of good data: unveiling the traces of mixed symmetry
4. Peter Hess ICN-UNAM, Mexico hess@nucleares.unam.mx The geometric interpretation of the Semimicroscopic Algebraic Cluster Model and the role of the Pauli principle
5. Jorge G Hirsch ICN-UNAM, Mexico hirsch@nucleares.unam.mx Algebraic nuclear mass formulas
6. Valeriy Dvoeglazov UAF-UAZ, Zacatecas, Mexico vdvoeglazov@yahoo.com.mx How to construct self/anti-self charge conjugate states for higher spins?
7. Ruslán Magaña Vsevolodovna UJAT, Tabasco, Mexico ruslan_mv@mail.ru Correlations between two-nucleon transfer reactions in the context of nuclear supersymmetry
8. Joseph Ginocchio Los Alamos National Lab, USA gino@lanl.gov Relativistic Symmetries in Nuclei
9. Kurt Bernardo Wolf ICF-UNAM, Morelos, Mexico bwolf@fis.unam.mx Linear canonical transforms: 40 years of developments
10. Baha Balantekin University of Wisconsin, USA baha@physics.wisc.edu Symmetries of Neutrino Interactions
11. Yoram Alhassid Yale University, USA yoram.alhassid@yale.edu Signatures of nuclear phase transitions at finite excitation energies
12. Egle Tomasi Gustafsson Institut de Physique Nucleaire, France etomasi@cea.fr Symmetries and Hadron Form Factors
13. Richard Casten Yale University, USA richard.casten@yale.edu A mini-Wigner effect in p-n interactions in heavy nuclei and the 0[110] transformation in the Nilsson scheme
14. Jerry Draayer Louisiana State University, USA draayer@lsu.edu Symmetry adapted open-core theory for light nuclei - 12 C and 16 O
15. Piet Van Isacker GANIL, France isacker@ganil.fr Nuclear charge radii and E0 transitions in the IBM
16. R. Burcu Cakirli MPIK-Heidelberg, Germany & Istanbul University, Turkey rburcu@mpi-hd.mpg.de Relation of Masses and Spectroscopic Observables to Structure
17. Amiram Leviatan Hebrew University, Israel ami@phys.huji.ac.il From Exact to Partial Dynamical Symmetries: Lessons From the Interacting Boson Model
18. Ani Aprahamian University of Notre Dame, USA aapraham@nd.edu Nuclear structure: sensitivity of the r-process to masses, decay rates and cross sections
19. Danielle Larese Yale University, USA danielle.larese@yale.edu Quantum monodromy and quantum phase transitions in floppy molecules
20. Jenni Kotila Yale University, USA jenni.kotila@yale.edu Advances in the calculation of double beta decay
21. Moshe Gai Yale and UConn, USA moshe.gai@yale.edu The Structure of the Hoyle State and its Partner 2+ State in 12 C
22. Andrea Vitturi Padova, Italy vitturi@pd.infn.it Pairing correlations and two-particle transfer reactions
23. Pedro Pérez Fernández Sevilla, Spain pedropf@us.es Excited state quantum phase transitions and chaos in the Dicke model
24. Tobias Kramer Universität Regensburg, Germany tobias.kramer@mytum.de Interacting few body-systems in magnetic fields
25. Francesco Iachello Yale University, USA francesco.iachello@yale.edu Beauty in Nature: symmetry in art and science
26. Maia Angelova Northumbria University, UK maia.angelova@northumbria.ac.uk Algebraic models and squeezed coherent states of anharmonic oscillators
27. Mark Caprio University of Notre Dame, USA mcaprio@nd.edu Generalized seniority for the shell model with realistic interactions
28. Jolie Cizewski Rutgers University, USA cizewski@physics.rutgers.edu Single-neutron excitations near 132 Sn
29. Margarita Man'ko Lebedev Physical Institute, Russia mmanko@sci.lebedev.ru Entropic uncertainty relations in the tomographic probability representation
30. Vladimir Man'ko Lebedev Physical Institute, Russia manko@sci.lebedev.ru Probability as a basic notion of physical system states, quantum and classical
31. Kosuke Nomura Universität zu Köln, Germany nomura@ikp.uni-koeln.de Interacting boson model from microscopic theory
32. Achim Richter Darmstadt, Germany and ECT*, Italy richter@ectstar.eu Beautiful graphene, photonic crystals, Schrödinger and Dirac billiards and their spectral properties
33. Olaf Scholten KVI, The Netherlands scholten@kvi.nl The moon as a detector of Ultra-High-Energy neutrinos
34. Jouni Suhonen University of Jyväskylä, Finland jouni.suhonen@phys.jyu.fi Exotic weak decays of atomic nuclei
35. Akito Arima Tokyo, Japan arima@musashi.jp A new method for diagonalization of Hamiltonians with large dimensions
36. José Barea Universidad de Concepción, Chile jbarea@udec.cl Present status of the double-beta decay calculations within the microscopic Interacting Boson Model
37. Jonathan Engel UNC, USA engelj@physics.unc.edu Group theory for testing calculations of double beta decay
38. Roelof Bijker ICN-UNAM, Mexico bijker@nucleares.unam.mx Configuration mixing in the quark model
39. Alejandro Frank ICN-UNAM, Mexico frank@nucleares.unam.mx Time series and their applications to physics and biology
40. Elizabeth Padilla ICN-UNAM, Mexico padilla@nucleares.unam.mx Nuclear structure studies at an ISOL facility
41. Giuseppe Galatà ICN-UNAM, Mexico giuseppe.galata@nucleares.unam.mx Diquarks in hadron spectroscopy
42. Peter Ring TU München, Germany ring@ph.tum.de Microscopic description of quantum phase transitions in nuclei
43. Shalom Shlomo Texas A & M, USA shlomo@comp.tamu.edu Current status of the equation of state of nuclear matter
44. Lorenzo Fortunato Padova, Italy fortunat@pd.infn.it Symplectic spectrum generating algebra for three-body models
45. Calvin Johnson SDSU, USA cjohnson@sciences.sdsu.edu The origin of order in random matrices with symmetries
46. Jorge Dukelsky CSIC, Spain dukelsky@iem.cfmac.csic.es Integrable Richardson-Gaudin models in nuclear physics
47. Pavel Stránský ECT*, Italy stransky@ectstar.eu Order to chaos transition in the geometric collective model using geometric criteria
48. Mariana Kirchbach UASLP, Mexico mariana@ifisica.uaslp.mx Algebra preserving metric deformation of a conformal group manifold and degeneracies in hadron spectra
49. José Enrique García-Ramos Huelva, Spain enrique.ramos@dfaie.uhu.es Decoherence and quantum quench: the relationship with excited state quantum phase transitions
50. Francisco Pérez-Bernal Huelva, Spain francisco.perez@dfaie.uhu.es Coupled molecular benders modeling within the vibron model 2D limit
51. Mauro Giannini Genova, Italy mauro.giannini@ge.infn.it The hypercentral constituent quark model
52. Elena Santopinto Genova, Italy elena.santopinto@ge.infn.it Unquenching the quark model
53. Jacopo Ferretti ICN-UNAM, Mexico jacopo.ferretti@ge.infn.it Relativistic quark-diquark model of baryons
54. Lex Dieperink KVI, The Netherlands dieperink@kvi.nl
55. Miguel Ángel Bastarrachea Magnani ICN-UNAM, Mexico mamigre4008@gmail.com Convergence in numerical solutions of the Dicke Hamiltonian
56. Mirshod Ermamatov ICN-UNAM, Mexico mirshod.ermamatov@nucleares.unam.mx Excited state properties of deformed 176,177 Hf nuclei
57. Praveen Srivastava ICN-UNAM, Mexico praveen.srivastava@nucleares.unam.mx Large-scale shell model calculations for 32-39 P isotopes
58. Octavio Castaños ICN-UNAM, Mexico ocasta@nucleares.unam.mx Matter-field entanglement within the Dicke model