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The concept of symmetry and the ideas of beauty and elegance play an important role in helping to understand and explain the properties of many-body quantum systems, from molecules to nuclei and elementary particles. The "Beauty in Physics" meeting was celebrated in honor of one of the pioneers in this field, Francesco Lachello.
Sommario
Symmetries of the Neutrino Interactions.- Double-beta Decay and Algebraic Models.- The Moon as a Detector of Ultra-high-energy Neutrinos.- The strange Beauty of the Proton.- Nuclear Charge Radii and Electric Monopole Transitions in the Interacting Boson Model.- The Beauty of Good Data: Unveiling the Traces of Mixed Symmetry.- From Exact to Partial Dynamical Symmetries: Lessons from the Interacting Boson Model.- Interacting Boson Model from Microscopic Theory.- Sensitivities of the R-Process to Nuclear Structure.- Light Nuclear Clusters to Look into the Bright Stars.- The U(7) Structure of 12C and the Hoyle 2+ state.- The Origin of order in Random Matrices with Symmetries.- Tomographic Entropic Inequalities in the Probability Representation of Quantum Mechanics.- How to construct self/anti-self charge conjugate states for higher Spins.- The hypercentral Constituent Quark Model.- Unquenching the quark model using the beauty of symmetry.- Diquarks in tetraquark spectroscopy.- Relativistic quark-diquark model of baryons: Nonstrange spectrum and nucleon electromagnetic form factors.- Microscopic description of quantum phase transitions in nuclei.- Spherical to deformed shape transitions in the nucleon-pair shell model.- Decoherence and quantum quench: Their relationship with excited state quantum phase transitions.- Excited state quantum phase transitions and chaos in the Dicke model.- Exotic weak decays of atomic nuclei.- Present status of the double beta decay calculations within the microscopic Interacting Boson Model.- Advances in the calculation of double beta decay.- Coupled molecular benders modeling within the vibron model 2D Limit.- Quantum monodromy and quantum phase transitions in floppy molecules.- Symplectic sp(4) spectrum generating algebra for a large class of quantum three-body problems.- The geometric interpretation of the semimicroscopic algebraiccluster model and the role of the Pauli principle.- Signatures of phase transitions in nuclei at finite excitation energies.- Interacting electrons in a magnetic field: Mapping quantum mechanics to a classical ersatz-system.- Beauty in nature: Symmetry.
