FAMN Seminars
from
Friday 1 October 2021 (12:30)
to
Monday 31 July 2023 (12:30)
Monday 27 September 2021
Tuesday 28 September 2021
Wednesday 29 September 2021
Thursday 30 September 2021
Friday 1 October 2021
Saturday 2 October 2021
Sunday 3 October 2021
Monday 4 October 2021
Tuesday 5 October 2021
Wednesday 6 October 2021
Thursday 7 October 2021
Friday 8 October 2021
Saturday 9 October 2021
Sunday 10 October 2021
Monday 11 October 2021
Tuesday 12 October 2021
Wednesday 13 October 2021
Thursday 14 October 2021
Friday 15 October 2021
Saturday 16 October 2021
Sunday 17 October 2021
Monday 18 October 2021
Tuesday 19 October 2021
Wednesday 20 October 2021
Thursday 21 October 2021
12:00
Impact of ground-state structure on $^{6}$Li + p reactions at sub-Coulomb energies
-
Salvatore Simone Perrotta
(
Università degli Studi di Catania & Universidad de Sevilla
)
Impact of ground-state structure on $^{6}$Li + p reactions at sub-Coulomb energies
Salvatore Simone Perrotta
(
Università degli Studi di Catania & Universidad de Sevilla
)
12:00 - 13:00
Room: Seminario 5ª Planta
Abstract: The accuracy of several astrophysical models, as those describing elemental abundances in the Universe, is limited by the knowledge of cross-section for a wide number of nuclear reactions, often involving light reactants at low collision energies. An investigation on the $^{6}$Li + p $\to$ $^{3}$He + $\alpha$ reaction at energies around and below the Coulomb barrier (i.e. from 1-2 MeV down to few keV in the centre-of-mass) is here presented. It is found that the reaction dynamics can be very sensible to the details of the structure assigned to the reactants. Some recent efforts to adopt more microscopic and realistic descriptions are mentioned. Seminar given by Salvatore Simone Perrotta, PhD fellow at University of Catania (Italy) and University of Seville (Spain).
Friday 22 October 2021
Saturday 23 October 2021
Sunday 24 October 2021
Monday 25 October 2021
Tuesday 26 October 2021
Wednesday 27 October 2021
Thursday 28 October 2021
Friday 29 October 2021
Saturday 30 October 2021
Sunday 31 October 2021
Monday 1 November 2021
Tuesday 2 November 2021
Wednesday 3 November 2021
Thursday 4 November 2021
Friday 5 November 2021
Saturday 6 November 2021
Sunday 7 November 2021
Monday 8 November 2021
Tuesday 9 November 2021
Wednesday 10 November 2021
Thursday 11 November 2021
Friday 12 November 2021
Saturday 13 November 2021
Sunday 14 November 2021
Monday 15 November 2021
Tuesday 16 November 2021
Wednesday 17 November 2021
Thursday 18 November 2021
Friday 19 November 2021
Saturday 20 November 2021
Sunday 21 November 2021
Monday 22 November 2021
12:30
Multi-channel experimental and theoretical study of heavy-ion direct nuclear reactions within the NUMEN project
-
Alessandro Spatafora
(
Università degli Studi di Catania and INFN-LNS
)
Multi-channel experimental and theoretical study of heavy-ion direct nuclear reactions within the NUMEN project
Alessandro Spatafora
(
Università degli Studi di Catania and INFN-LNS
)
12:30 - 13:30
Room: Seminario 5ª Planta
In the last years, the search for neutrino-less double beta (0νββ) decay has attracted much interest due to the extraordinary consequences that could derive from its observation. The NUMEN project aims to provide experimental information on the nuclear matrix elements involved in the expression of 0νββ decay half-life by measuring the cross section of nuclear double charge exchange reactions. The strategies adopted in the experimental campaigns performed at INFN - Laboratori Nazionali del Sud, in Catania, will be described during the seminar. The advantages of the multi-channel approach to the NUMEN nuclear reaction data analysis will be emphasized focusing on one specific case: the $^{18}$O + $^{12}$C collision at 275 MeV incident energy. The status of the experimental and theoretical analysis for the $^{76}$Ge ↔ $^{76}$Se network of nuclear reactions will be also presented with a special attention to the elastic and inelastic scattering, single and double charge exchange reaction channels. Seminar given by Alessandro Spatafora, PhD student at the University of Catania and INFN-LNS (Italy), and member of the NUMEN Collaboration.
Tuesday 23 November 2021
Wednesday 24 November 2021
Thursday 25 November 2021
Friday 26 November 2021
Saturday 27 November 2021
Sunday 28 November 2021
Monday 29 November 2021
Tuesday 30 November 2021
Wednesday 1 December 2021
Thursday 2 December 2021
Friday 3 December 2021
Saturday 4 December 2021
Sunday 5 December 2021
Monday 6 December 2021
Tuesday 7 December 2021
Wednesday 8 December 2021
Thursday 9 December 2021
Friday 10 December 2021
Saturday 11 December 2021
Sunday 12 December 2021
Monday 13 December 2021
Tuesday 14 December 2021
Wednesday 15 December 2021
Thursday 16 December 2021
12:30
(Tratando de) desvelar los secretos del planeta Venus
-
Javier Peralta Calvillo
(
Universidad de Sevilla
)
(Tratando de) desvelar los secretos del planeta Venus
Javier Peralta Calvillo
(
Universidad de Sevilla
)
12:30 - 13:30
Room: Seminario 5ª Planta
Abstract: Si bien Venus y la Tierra son planetas gemelos en muchos aspectos, su evolución ha sido radicalmente diferente. A diferencia de la Tierra, Venus es un infierno tanto para la vida (tal y como la conocemos) como para la exploración espacial. Con una atmósfera 90 veces más densa que la Tierra, temperaturas superficiales por encima de los 450ºC, y una gruesa capa permanente de nubes de ácido sulfúrico, pocas sondas han logrado sobrevivir en su viaje hasta una superficie que no hemos explorado in situ por casi 40 años. Las recientes misiones Venus Express (ESA) y Akatsuki (JAXA) no sólo supusieron el retorno a Venus tras muchos años, sino una revolución en todo lo que creíamos saber sobre este planeta, abriendo tanto nuestro apetito por este planeta que 4 nuevas misiones van a lanzarse en los próximos 10 años. Bio: Javier Peralta (Algeciras, 1979) es doctor en Física por la Universidad del País Vasco y trabaja como astrofísico especializado en atmósferas planetarias. Es miembro de las misiones espaciales Akatsuki (JAXA), Venus Express (ESA) y EnVision (ESA), y ha publicado 45 artículos en revistas científicas internacionales, siendo portada en dos ocasiones en Geophysical Research Letters. En la actualidad desarrolla en la Universidad de Sevilla un proyecto EMERGIA sobre la atmósfera de Venus como preparación a las misiones EnVision (ESA) y Shukrayaan-1 (ISRO, India).
Friday 17 December 2021
Saturday 18 December 2021
Sunday 19 December 2021
Monday 20 December 2021
Tuesday 21 December 2021
Wednesday 22 December 2021
Thursday 23 December 2021
Friday 24 December 2021
Saturday 25 December 2021
Sunday 26 December 2021
Monday 27 December 2021
Tuesday 28 December 2021
Wednesday 29 December 2021
Thursday 30 December 2021
Friday 31 December 2021
Saturday 1 January 2022
Sunday 2 January 2022
Monday 3 January 2022
Tuesday 4 January 2022
Wednesday 5 January 2022
Thursday 6 January 2022
Friday 7 January 2022
Saturday 8 January 2022
Sunday 9 January 2022
Monday 10 January 2022
Tuesday 11 January 2022
Wednesday 12 January 2022
Thursday 13 January 2022
Friday 14 January 2022
Saturday 15 January 2022
Sunday 16 January 2022
Monday 17 January 2022
Tuesday 18 January 2022
Wednesday 19 January 2022
Thursday 20 January 2022
Friday 21 January 2022
Saturday 22 January 2022
Sunday 23 January 2022
Monday 24 January 2022
Tuesday 25 January 2022
Wednesday 26 January 2022
Thursday 27 January 2022
Friday 28 January 2022
Saturday 29 January 2022
Sunday 30 January 2022
Monday 31 January 2022
Tuesday 1 February 2022
Wednesday 2 February 2022
Thursday 3 February 2022
Friday 4 February 2022
Saturday 5 February 2022
Sunday 6 February 2022
Monday 7 February 2022
Tuesday 8 February 2022
Wednesday 9 February 2022
Thursday 10 February 2022
Friday 11 February 2022
Saturday 12 February 2022
Sunday 13 February 2022
Monday 14 February 2022
Tuesday 15 February 2022
Wednesday 16 February 2022
Thursday 17 February 2022
12:30
Machine learning applied to the analysis of quantum phases in a quantum simulation of the Agassi model
-
Álvaro Sáiz Castillo
(
Universidad de Sevilla
)
Machine learning applied to the analysis of quantum phases in a quantum simulation of the Agassi model
Álvaro Sáiz Castillo
(
Universidad de Sevilla
)
12:30 - 13:30
Room: Seminario 5ª Planta
Quantum simulations provide a fast-developing and powerful tool to realize the analysis of various physical systems of quantum nature and should be able to outperform classical computers and solve previously intractable problems. As such, many experimental setups are being proposed to validate the feasibility of the quantum simulation of different physical models. One prominent many-body quantum system is the Agassi model, which is a two-level system that includes a combination of long range monopole-monopole and short range pairing interactions. An extended Agassi model that adds a more general monopole interaction, presents a very rich quantum phase diagram that gives rise to several quantum phase transitions (QPT) of different character, making it of great interest in the field of QPTs. This study usually revolves around the computation of the system's ground state energy and can become difficult when several quantum phases are present in the system. In this talk, we will show how machine learning methods can help us extract the quantum phase of the system through easy to measure observables, without the need of computing the ground state energy of the system, and how these algorithms work. Seminar given by Alvaro Sáiz Castillo, PhD student at the University of Seville.
Friday 18 February 2022
Saturday 19 February 2022
Sunday 20 February 2022
Monday 21 February 2022
Tuesday 22 February 2022
Wednesday 23 February 2022
Thursday 24 February 2022
Friday 25 February 2022
Saturday 26 February 2022
Sunday 27 February 2022
Monday 28 February 2022
Tuesday 1 March 2022
Wednesday 2 March 2022
Thursday 3 March 2022
Friday 4 March 2022
Saturday 5 March 2022
Sunday 6 March 2022
Monday 7 March 2022
Tuesday 8 March 2022
Wednesday 9 March 2022
Thursday 10 March 2022
Friday 11 March 2022
Saturday 12 March 2022
Sunday 13 March 2022
Monday 14 March 2022
Tuesday 15 March 2022
Wednesday 16 March 2022
Thursday 17 March 2022
Friday 18 March 2022
Saturday 19 March 2022
Sunday 20 March 2022
Monday 21 March 2022
Tuesday 22 March 2022
Wednesday 23 March 2022
Thursday 24 March 2022
Friday 25 March 2022
Saturday 26 March 2022
Sunday 27 March 2022
Monday 28 March 2022
Tuesday 29 March 2022
Wednesday 30 March 2022
Thursday 31 March 2022
Friday 1 April 2022
Saturday 2 April 2022
Sunday 3 April 2022
Monday 4 April 2022
Tuesday 5 April 2022
Wednesday 6 April 2022
Thursday 7 April 2022
Friday 8 April 2022
Saturday 9 April 2022
Sunday 10 April 2022
Monday 11 April 2022
Tuesday 12 April 2022
Wednesday 13 April 2022
Thursday 14 April 2022
Friday 15 April 2022
Saturday 16 April 2022
Sunday 17 April 2022
Monday 18 April 2022
Tuesday 19 April 2022
Wednesday 20 April 2022
Thursday 21 April 2022
Friday 22 April 2022
Saturday 23 April 2022
Sunday 24 April 2022
Monday 25 April 2022
Tuesday 26 April 2022
Wednesday 27 April 2022
Thursday 28 April 2022
Friday 29 April 2022
Saturday 30 April 2022
Sunday 1 May 2022
Monday 2 May 2022
Tuesday 3 May 2022
Wednesday 4 May 2022
Thursday 5 May 2022
Friday 6 May 2022
Saturday 7 May 2022
Sunday 8 May 2022
Monday 9 May 2022
Tuesday 10 May 2022
Wednesday 11 May 2022
Thursday 12 May 2022
Friday 13 May 2022
Saturday 14 May 2022
Sunday 15 May 2022
Monday 16 May 2022
Tuesday 17 May 2022
Wednesday 18 May 2022
Thursday 19 May 2022
Friday 20 May 2022
Saturday 21 May 2022
Sunday 22 May 2022
Monday 23 May 2022
Tuesday 24 May 2022
Wednesday 25 May 2022
Thursday 26 May 2022
Friday 27 May 2022
Saturday 28 May 2022
Sunday 29 May 2022
Monday 30 May 2022
Tuesday 31 May 2022
Wednesday 1 June 2022
Thursday 2 June 2022
Friday 3 June 2022
Saturday 4 June 2022
Sunday 5 June 2022
Monday 6 June 2022
Tuesday 7 June 2022
Wednesday 8 June 2022
Thursday 9 June 2022
Friday 10 June 2022
Saturday 11 June 2022
Sunday 12 June 2022
Monday 13 June 2022
Tuesday 14 June 2022
Wednesday 15 June 2022
Thursday 16 June 2022
Friday 17 June 2022
Saturday 18 June 2022
Sunday 19 June 2022
Monday 20 June 2022
Tuesday 21 June 2022
12:30
Collective motion in γ‐unstable nuclei within energy‐dependent Davidson potential and deformation dependent mass formalisms
-
Samira BAID
(
Cadi Ayyad University (Marrakech) and Universidad de Sevilla
)
Collective motion in γ‐unstable nuclei within energy‐dependent Davidson potential and deformation dependent mass formalisms
Samira BAID
(
Cadi Ayyad University (Marrakech) and Universidad de Sevilla
)
12:30 - 13:30
Room: Seminario 5ª Planta
In this work, we propose an exactly solvable model which is constructed by considering energy-dependent Davidson potential in the β part of the generalized version of the collective quadrupole Bohr Hamiltonian (BH) within deformation-dependent mass (DDM) formalism. Analytical expression of the energy spectra and corresponding wave functions are derived by means of the asymptotic iteration method. The combined effect of DDM and the energy dependence of the potential coupling constant is duly investigated. Also, the numerical calculations of the electric quadrupole transition ratios and energy spectrum of several nuclei undergoing a γ-unstable shape phase transition are performed and compared with experimental data as well as with other theoretical models. Besides, we investigate the correlation between both formalisms: energy-dependent potential and DDM, through solutions of BH for transition nuclei in the limit E(5) with Davidson potential. Seminar given by Samira BAID (Cadi Ayyad University (Marrakech) and Universidad de Sevilla)
Wednesday 22 June 2022
Thursday 23 June 2022
Friday 24 June 2022
Saturday 25 June 2022
Sunday 26 June 2022
Monday 27 June 2022
Tuesday 28 June 2022
Wednesday 29 June 2022
Thursday 30 June 2022
Friday 1 July 2022
Saturday 2 July 2022
Sunday 3 July 2022
Monday 4 July 2022
Tuesday 5 July 2022
Wednesday 6 July 2022
Thursday 7 July 2022
Friday 8 July 2022
Saturday 9 July 2022
Sunday 10 July 2022
Monday 11 July 2022
Tuesday 12 July 2022
Wednesday 13 July 2022
Thursday 14 July 2022
Friday 15 July 2022
Saturday 16 July 2022
Sunday 17 July 2022
Monday 18 July 2022
Tuesday 19 July 2022
Wednesday 20 July 2022
Thursday 21 July 2022
Friday 22 July 2022
Saturday 23 July 2022
Sunday 24 July 2022
Monday 25 July 2022
Tuesday 26 July 2022
Wednesday 27 July 2022
Thursday 28 July 2022
Friday 29 July 2022
Saturday 30 July 2022
Sunday 31 July 2022
Monday 1 August 2022
Tuesday 2 August 2022
Wednesday 3 August 2022
Thursday 4 August 2022
Friday 5 August 2022
Saturday 6 August 2022
Sunday 7 August 2022
Monday 8 August 2022
Tuesday 9 August 2022
Wednesday 10 August 2022
Thursday 11 August 2022
Friday 12 August 2022
Saturday 13 August 2022
Sunday 14 August 2022
Monday 15 August 2022
Tuesday 16 August 2022
Wednesday 17 August 2022
Thursday 18 August 2022
Friday 19 August 2022
Saturday 20 August 2022
Sunday 21 August 2022
Monday 22 August 2022
Tuesday 23 August 2022
Wednesday 24 August 2022
Thursday 25 August 2022
Friday 26 August 2022
Saturday 27 August 2022
Sunday 28 August 2022
Monday 29 August 2022
Tuesday 30 August 2022
Wednesday 31 August 2022
Thursday 1 September 2022
Friday 2 September 2022
Saturday 3 September 2022
Sunday 4 September 2022
Monday 5 September 2022
Tuesday 6 September 2022
Wednesday 7 September 2022
Thursday 8 September 2022
Friday 9 September 2022
Saturday 10 September 2022
Sunday 11 September 2022
Monday 12 September 2022
Tuesday 13 September 2022
Wednesday 14 September 2022
Thursday 15 September 2022
Friday 16 September 2022
Saturday 17 September 2022
Sunday 18 September 2022
Monday 19 September 2022
Tuesday 20 September 2022
Wednesday 21 September 2022
Thursday 22 September 2022
Friday 23 September 2022
Saturday 24 September 2022
Sunday 25 September 2022
Monday 26 September 2022
Tuesday 27 September 2022
Wednesday 28 September 2022
Thursday 29 September 2022
Friday 30 September 2022
Saturday 1 October 2022
Sunday 2 October 2022
Monday 3 October 2022
Tuesday 4 October 2022
Wednesday 5 October 2022
Thursday 6 October 2022
Friday 7 October 2022
Saturday 8 October 2022
Sunday 9 October 2022
Monday 10 October 2022
Tuesday 11 October 2022
Wednesday 12 October 2022
Thursday 13 October 2022
Friday 14 October 2022
Saturday 15 October 2022
Sunday 16 October 2022
Monday 17 October 2022
Tuesday 18 October 2022
Wednesday 19 October 2022
Thursday 20 October 2022
Friday 21 October 2022
Saturday 22 October 2022
Sunday 23 October 2022
Monday 24 October 2022
Tuesday 25 October 2022
Wednesday 26 October 2022
Thursday 27 October 2022
Friday 28 October 2022
Saturday 29 October 2022
Sunday 30 October 2022
Monday 31 October 2022
Tuesday 1 November 2022
Wednesday 2 November 2022
Thursday 3 November 2022
Friday 4 November 2022
Saturday 5 November 2022
Sunday 6 November 2022
Monday 7 November 2022
Tuesday 8 November 2022
Wednesday 9 November 2022
Thursday 10 November 2022
Friday 11 November 2022
Saturday 12 November 2022
Sunday 13 November 2022
Monday 14 November 2022
Tuesday 15 November 2022
Wednesday 16 November 2022
Thursday 17 November 2022
Friday 18 November 2022
Saturday 19 November 2022
Sunday 20 November 2022
Monday 21 November 2022
Tuesday 22 November 2022
Wednesday 23 November 2022
Thursday 24 November 2022
12:45
Phenomenology of Strong Interactions through Effective Models of Quantum Chromodynamics
-
Bilgai Almeida Zamora
(
University of Sonora (Mexico) and University Pablo de Olavide (Spain)
)
Phenomenology of Strong Interactions through Effective Models of Quantum Chromodynamics
Bilgai Almeida Zamora
(
University of Sonora (Mexico) and University Pablo de Olavide (Spain)
)
12:45 - 13:05
Room: Seminario 5ª Planta
Abstract: The discovery of the Higgs boson completed the Standard Model of elementary particle physics and its mechanism is an essential tool to explain the universe's evolution; for example, the mass origin of particles. However, the Higgs mechanism is insufficient to explain the mass of the nucleons. The explanation could be given by the Quantum Chromodynamics (QCD), the theory of the strong interactions between quarks mediated by gluons. QCD exhibits three relevant properties: color confinement, asymptotic freedom and chiral symmetry breaking. Confinement explains how quarks and gluons cannot be isolated and therefore cannot be directly observed. Instead, matter is formed by composed particles (by quarks and gluons), known as hadrons. We can explore the implications of dynamical mass generation (via the chiral symmetry breaking) through hadronic properties such as mass and structure using QCD effective models. Moreover, it is believed that under extreme conditions of density and temperature, chiral symmetry restoration occurs and therefore a modification in the properties of hadrons takes place. This will also be studied by employing the same framework slightly modified like the extended Nambu--Jona-Lasinio Model (eNJL). Bio: Bilgai Almeida Zamora finished her B.Sc. in Physics at the University of Sonora, Mexico, in 2018. Just after that, she went to CINVESTAV, Mexico, in order to complete her postgraduate studies in Nuclear and Particle Physics which were finished in 2020; her Master thesis was entitled "Properties of pseudoscalar mesons at finite density within the extended Nambu—Jona-Lasinio model via 't Hooft determinant". Bilgai is actually a Ph.D. student, financially supported by CONACYT, at the University of Sonora under the supervision of Dr. Jesús Javier Cobos Martínez, her doctoral thesis is also co-supervised by Dr. Jorge Segovia from the University Pablo de Olavide, in Seville.
Friday 25 November 2022
Saturday 26 November 2022
Sunday 27 November 2022
Monday 28 November 2022
Tuesday 29 November 2022
Wednesday 30 November 2022
Thursday 1 December 2022
Friday 2 December 2022
Saturday 3 December 2022
Sunday 4 December 2022
Monday 5 December 2022
Tuesday 6 December 2022
Wednesday 7 December 2022
Thursday 8 December 2022
Friday 9 December 2022
Saturday 10 December 2022
Sunday 11 December 2022
Monday 12 December 2022
Tuesday 13 December 2022
Wednesday 14 December 2022
Thursday 15 December 2022
Friday 16 December 2022
Saturday 17 December 2022
Sunday 18 December 2022
Monday 19 December 2022
Tuesday 20 December 2022
Wednesday 21 December 2022
Thursday 22 December 2022
Friday 23 December 2022
Saturday 24 December 2022
Sunday 25 December 2022
Monday 26 December 2022
Tuesday 27 December 2022
Wednesday 28 December 2022
Thursday 29 December 2022
Friday 30 December 2022
Saturday 31 December 2022
Sunday 1 January 2023
Monday 2 January 2023
Tuesday 3 January 2023
Wednesday 4 January 2023
Thursday 5 January 2023
Friday 6 January 2023
Saturday 7 January 2023
Sunday 8 January 2023
Monday 9 January 2023
Tuesday 10 January 2023
Wednesday 11 January 2023
Thursday 12 January 2023
12:30
Microscopic description of correlated electronic systems with variational symmetry-projected approximations
-
Rayner Roberto Rodríguez Guzmán
(
Departamento de Física Aplicada I, EPS, Universidad de Sevilla
)
Microscopic description of correlated electronic systems with variational symmetry-projected approximations
Rayner Roberto Rodríguez Guzmán
(
Departamento de Física Aplicada I, EPS, Universidad de Sevilla
)
12:30 - 13:30
Room: Seminario 5ª Planta
Abstract: Symmetry-projected approximations, inherited from nuclear structure theory, are used to describe ground and excited states, with well-defined quantum numbers, of the two-dimensional Hubbard model with nearest-neighbor hopping and periodic boundary conditions. Results for the half-filled 2 × 4, 4 × 4, and 6 × 6 lattices as well as doped 4 × 4 systems are compared with available results, both exact and from other state-of-the-art approximations. The method allows to access dynamical properties of the Hubbard model such as spectral functions and density of states. The stability of the Hubbard gap is discussed in several examples. It is shown that, given their relatively low computational cost and the high quality of the results obtained, symmetry-projected configuration mixing strategies represent powerful tools to study correlated fermionic systems. Bio: El Dr. Rayner R. Rodriguez Guzmán tiene 20 años de experiencia en el desarrollo de modelos teóricos e implementaciones computacionales, para describir sistemas correlacionados de muchos cuerpos en campos de investigación tales como Física de la Estructura Nuclear, Física de la Materia Condensada y Química Cuántica. Es autor de 91 artículosde investigación incluidos en la base de datos Web of Science (índice h= 32, 2578 citas) entre los que destacan publicaciones en Physical Review Letters, Physical Review A, Physical Review B, Physical Review C, Journal of Physics G, Journal of Chemical Physics, Journal of Physical Chemistry, Molecular Physics. Ha participado como investigador en proyectos nacionales e internacionales financiados por la Academia de Ciencias de Finlandia, el Departamento de Energía de los Estados Unidos, la Comisión de Energía Atómica de Francia, la Sociedad para el Avance de la Ciencia de Kuwait, el Consejo Superior de Investigaciones Científicas (CSIC), etc. Obtuvo su doctorado por la Universidad Autónoma de Madrid en 2001, y posteriormente ha realizado su labor de investigación en centros tales como el Instituto de Física Teórica de la Universidad de Tuebingen (Alemania), la Universidad de Yale (Estados Unidos), el Consejo Superior de Investigaciones Científicas (CSIC-Madrid), la Universidad de Yyvaskyla (Finlandia), el Comisariado de la Energía Atómica (Francia), la Universidad de Rice (Estados Unidos), la Universidad de Surrey (Reino Unido) y la Universidad de Kuwait. Actualmente, es investigador dentro del programa María Zambrano en la Universidad de Sevilla.
Friday 13 January 2023
Saturday 14 January 2023
Sunday 15 January 2023
Monday 16 January 2023
Tuesday 17 January 2023
Wednesday 18 January 2023
Thursday 19 January 2023
Friday 20 January 2023
Saturday 21 January 2023
Sunday 22 January 2023
Monday 23 January 2023
Tuesday 24 January 2023
Wednesday 25 January 2023
Thursday 26 January 2023
Friday 27 January 2023
Saturday 28 January 2023
Sunday 29 January 2023
Monday 30 January 2023
Tuesday 31 January 2023
Wednesday 1 February 2023
Thursday 2 February 2023
Friday 3 February 2023
Saturday 4 February 2023
Sunday 5 February 2023
Monday 6 February 2023
Tuesday 7 February 2023
Wednesday 8 February 2023
Thursday 9 February 2023
Friday 10 February 2023
Saturday 11 February 2023
Sunday 12 February 2023
Monday 13 February 2023
Tuesday 14 February 2023
Wednesday 15 February 2023
Thursday 16 February 2023
Friday 17 February 2023
Saturday 18 February 2023
Sunday 19 February 2023
Monday 20 February 2023
Tuesday 21 February 2023
Wednesday 22 February 2023
Thursday 23 February 2023
Friday 24 February 2023
Saturday 25 February 2023
Sunday 26 February 2023
Monday 27 February 2023
Tuesday 28 February 2023
Wednesday 1 March 2023
Thursday 2 March 2023
Friday 3 March 2023
Saturday 4 March 2023
Sunday 5 March 2023
Monday 6 March 2023
Tuesday 7 March 2023
Wednesday 8 March 2023
Thursday 9 March 2023
Friday 10 March 2023
Saturday 11 March 2023
Sunday 12 March 2023
Monday 13 March 2023
Tuesday 14 March 2023
Wednesday 15 March 2023
Thursday 16 March 2023
Friday 17 March 2023
Saturday 18 March 2023
Sunday 19 March 2023
Monday 20 March 2023
Tuesday 21 March 2023
Wednesday 22 March 2023
Thursday 23 March 2023
Friday 24 March 2023
Saturday 25 March 2023
Sunday 26 March 2023
Monday 27 March 2023
Tuesday 28 March 2023
Wednesday 29 March 2023
Thursday 30 March 2023
Friday 31 March 2023
Saturday 1 April 2023
Sunday 2 April 2023
Monday 3 April 2023
Tuesday 4 April 2023
Wednesday 5 April 2023
Thursday 6 April 2023
Friday 7 April 2023
Saturday 8 April 2023
Sunday 9 April 2023
Monday 10 April 2023
Tuesday 11 April 2023
Wednesday 12 April 2023
Thursday 13 April 2023
Friday 14 April 2023
Saturday 15 April 2023
Sunday 16 April 2023
Monday 17 April 2023
Tuesday 18 April 2023
Wednesday 19 April 2023
Thursday 20 April 2023
Friday 21 April 2023
Saturday 22 April 2023
Sunday 23 April 2023
Monday 24 April 2023
Tuesday 25 April 2023
Wednesday 26 April 2023
Thursday 27 April 2023
Friday 28 April 2023
Saturday 29 April 2023
Sunday 30 April 2023
Monday 1 May 2023
Tuesday 2 May 2023
Wednesday 3 May 2023
Thursday 4 May 2023
Friday 5 May 2023
Saturday 6 May 2023
Sunday 7 May 2023
Monday 8 May 2023
Tuesday 9 May 2023
Wednesday 10 May 2023
Thursday 11 May 2023
Friday 12 May 2023
Saturday 13 May 2023
Sunday 14 May 2023
Monday 15 May 2023
Tuesday 16 May 2023
Wednesday 17 May 2023
Thursday 18 May 2023
Friday 19 May 2023
Saturday 20 May 2023
Sunday 21 May 2023
Monday 22 May 2023
Tuesday 23 May 2023
Wednesday 24 May 2023
Thursday 25 May 2023
Friday 26 May 2023
Saturday 27 May 2023
Sunday 28 May 2023
Monday 29 May 2023
Tuesday 30 May 2023
Wednesday 31 May 2023
Thursday 1 June 2023
Friday 2 June 2023
Saturday 3 June 2023
Sunday 4 June 2023
Monday 5 June 2023
Tuesday 6 June 2023
Wednesday 7 June 2023
Thursday 8 June 2023
Friday 9 June 2023
Saturday 10 June 2023
Sunday 11 June 2023
Monday 12 June 2023
Tuesday 13 June 2023
Wednesday 14 June 2023
Thursday 15 June 2023
Friday 16 June 2023
Saturday 17 June 2023
Sunday 18 June 2023
Monday 19 June 2023
Tuesday 20 June 2023
Wednesday 21 June 2023
Thursday 22 June 2023
Friday 23 June 2023
Saturday 24 June 2023
Sunday 25 June 2023
Monday 26 June 2023
Tuesday 27 June 2023
Wednesday 28 June 2023
Thursday 29 June 2023
Friday 30 June 2023
Saturday 1 July 2023
Sunday 2 July 2023
Monday 3 July 2023
Tuesday 4 July 2023
Wednesday 5 July 2023
Thursday 6 July 2023
Friday 7 July 2023
Saturday 8 July 2023
Sunday 9 July 2023
Monday 10 July 2023
Tuesday 11 July 2023
Wednesday 12 July 2023
Thursday 13 July 2023
Friday 14 July 2023
Saturday 15 July 2023
Sunday 16 July 2023
Monday 17 July 2023
Tuesday 18 July 2023
Wednesday 19 July 2023
Thursday 20 July 2023
Friday 21 July 2023
Saturday 22 July 2023
Sunday 23 July 2023
Monday 24 July 2023
Tuesday 25 July 2023
Wednesday 26 July 2023
Thursday 27 July 2023
Friday 28 July 2023
Saturday 29 July 2023
Sunday 30 July 2023
Monday 31 July 2023
10:30
Seminar on Neutrino oscillation analyses at long-baseline facilities (TBD)
-
Stephen J. Dolan
(
CERN (Geneva, Switzerland)
)
Seminar on Neutrino oscillation analyses at long-baseline facilities (TBD)
Stephen J. Dolan
(
CERN (Geneva, Switzerland)
)
10:30 - 11:30
Room: Seminario 5ª Planta
Seminar given by Dr. Stephen J. Dolan, Senior Research Fellow (EP) at CERN (Geneva, Switzerland) and member of the T2K, DUNE, HyperKamiokande and ICARUS experiments. Date to be determined.
Seminar on Neutrino-nucleus cross sections at the T2K experiment (TBD)
-
Ciro Riccio
(
Department of Physics and Astronomy • Stony Brook University, SUNY, USA
)
Seminar on Neutrino-nucleus cross sections at the T2K experiment (TBD)
Ciro Riccio
(
Department of Physics and Astronomy • Stony Brook University, SUNY, USA
)
10:30 - 11:30
Room: Seminario 5ª Planta
Seminar given by Dr. Ciro Riccio, Research Associate at the Stony Brook University (SUNY, USA) and member of the T2K, HyperKamiokande and DUNE experiments. Date to be determined.
Seminar on the MeV-scale physics program (supernova & solar neutrinos) of the DUNE experiment (TBD)
-
Steven Gardiner
(
Fermi National Accelerator Laboratory, FermiLab, USA
)
Seminar on the MeV-scale physics program (supernova & solar neutrinos) of the DUNE experiment (TBD)
Steven Gardiner
(
Fermi National Accelerator Laboratory, FermiLab, USA
)
10:30 - 11:30
Room: Seminario 5ª Planta
Seminar given by Dr. Steven Gardiner, Research Associate at Fermi National Accelerator Laboratory (FermiLab, USA) and member of the MicroBooNE and DUNE experiments. Date to be determined.