28–29 May 2026
Universidad Complutense de Madrid
Europe/Madrid timezone

Session

Individual presentations

28 May 2026, 16:30
Sala de Grados, Facultad de Ciencias Físicas (Universidad Complutense de Madrid)

Sala de Grados, Facultad de Ciencias Físicas

Universidad Complutense de Madrid

Sala de Grados Facultad de Ciencias Físicas Universidad Complutense de Madrid Ciudad Universitaria, Plaza Ciencias, 1, 28040 Madrid, España.

Conveners

Individual presentations: Study of direct reactions with exotic nuclei by implementing deformed two-body models based on the Nilsson scheme

  • Pedro Punta de la Herrán (Universidad de Sevilla)

Individual presentations: (p, 3p) reactions: a new probe to explote nucleon-nucleon correlations

  • Mario Gómez Ramos (Universidad de Sevilla)

Individual presentations: Nuclear effects in lepton-nucleus scattering

  • Javier García Marcos (Universidad de Sevilla)

Individual presentations: Hypernuclear Equation of State of Dense Matter

  • Hristijan Kochanovski (Universitat de Barcelona)

Individual presentations: Shape coexistence and deformation fluctuations from shape invariants

  • Dorian Frycz (University of Barcelona)

Individual presentations: Electromagnetic Probes of Weak Strengths: Relation between Gamow-Teller and magnetic dipole transitions

  • Daniel Castillo Garcia (University of Barcelona/ICCUB)

Individual presentations: Superfluid effects in deformed heavy nuclei close to the drip-lines

  • Georgios Palkanoglou (TRIUMF)

Individual presentations: HF+BCS Study of Nuclear Properties along Calcium, Tin and Magnesium Isotopic Chains with Gogny-Type Interaction

  • Lucia Perez Nieto (Universidad de Granada)

Individual presentations: Bayesian model comparison for extended Fayans energy density functionals

  • MENGYING QIU (Sun Yat-sen University)

Individual presentations: Nuclear structure of the exotic 84Ge nucleus through the PGCM method

  • Pablo González-Tarrío Vicente (Universidad Complutense de Madrid)

Individual presentations: Study of Beyond-Mean-Field Correlations in Nuclear Physics Using Machine Learning Algorithms

  • Jesús García Santana (Universidad Autónoma de Madrid)

Individual presentations: Intrinsic-State Formalism for the IBFM-CM: Shape Coexistence and QPTs in Odd-Mass Nuclei

  • Esperanza Maya-Barbecho (Universidad de Huelva)

Individual presentations: Nuclear Physics Guided Gaussian Processes

  • Javi Rozalén Sarmiento (Universitat de Barcelona)

Individual presentations: A New Quantum Nuclear Shell-Model Python Library

  • Joan Ainaud Fondevila (Universitat de Barcelona)

Individual presentations: High-precision nuclear structure simulations on NISQ quantum devices

  • Arnau Morón Rodríguez

Presentation materials

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