XI CPAN DAYS

Sesión

21 oct. 2019 15:00

Lista de contribución Cronograma

413. Fock Quantization of the Dirac Field in Hybrid Quantum Cosmology

Santiago Prado Loy (IEM)

21/10/19 15:00

I study the Fock representations for a Dirac field given by the the different choices of creation and annihilation variables. This is done in the context of a perturbed flat cosmology that, in addition, is minimally coupled to fermionic perturbations. In our description, I use a canonical formulation for the entire system, formed by the underlying cosmological spacetime and all its...

335. New consistent truncations of M-theory

Gabriel Larios Plaza (IFT UAM-CSIC)

21/10/19 15:20

Física Teórica

366. A Strong Scalar Weak Gravity Conjecture and Some Implications

Sr. Eduardo Gonzalo (IFT UAM/CSIC)

21/10/19 15:40

Física Teórica

365. Heating up the chiral condensate with the Unruh thermal bath

Sr. Adrian Casado Turrion (U. Complutense Madrid)

21/10/19 16:00

Física Teórica

371. Holographic Bulk Reconstruction and Cosmological Singularities

Martin Sasieta (IFT UAM-CSIC)

21/10/19 16:20

Física Teórica

333. Kaluza-Klein Cosmology: from the general solution (M-metric) to Big Bang alternatives (Big unfreeze)

Prof. Carles Bona (Universitat de les Illes Balears)

21/10/19 16:40

Física Teórica

381. Loop quantum dynamics of the primordial Universe

Alejandro García-Quismondo (Institute for the Structure of Matter (IEM-CSIC))

21/10/19 17:30

Física Teórica

389. Large order behavior and renormalons. SCET matching coefficient of qq production current, SCET Jet function and bHQET Jet function in the large N_f limit.

Sr. Néstor González Gracia (University of Salamanca)

21/10/19 17:50

Física Teórica

414. Brans-Dicke as an effective Dynamical Dark Energy model

Cristian Moreno Pulido (U. Barcelona)

21/10/19 18:10

We revisit Brans-Dicke type cosmologies. In the last years, this alternative has grown in popularity, because of the possibility it may explain cosmological data better than the current ΛCDM paradigm. Besides, as a difference from other scalar-tensor theories, we can assign a clear role to the variation of the scalar field through the cosmic history: a change in the effective Gravitational...

362. Coordinate-Space Amplitudes and Time Ordered Perturbation Theory

Alexandre Salas-Bernárdez (Universidad Complutense de Madrid)

21/10/19 18:30

Física Teórica

346. Drell-Yan lepton pair production using TMD distribution functions from parton branching

Mikel Mendizabal (Universidad del País Vasco)

21/10/19 18:50

Física Teórica

345. NNLO Virtual QED amplitude for the MUonE experiment

Jonathan Ronca (IFIC - UV)

22/10/19 9:00

Física Teórica

337. Quarkonia production as a probe of nucleon 3D/spin structure

Dr. Miguel Echevarria (Universidad de Alcalá)

22/10/19 9:40

Física Teórica

344. Scattering Amplitudes in gauge theories

William Javier Torres Bobadilla (IFIC UV-CSIC)

22/10/19 10:00

Física Teórica

374. Higgs-Inflaton Mixing and Signatures at LHC

Dr. Mindaugas Karciauskas (Universidad Complutense de Madrid)

22/10/19 10:20

Física Teórica

340. Notes on the discovery of the universe expansion

Emilio Elizalde (IEEC CSIC)

22/10/19 10:40

Física Teórica

339. An Overview on Antimatter Research

Beatriz Gato-Rivera (Instituto de Fisica Fundamental, CSIC)

Física Teórica

369. Heavy fermion corrections to WW Scattering in EChL

Carlos Quezada Calonge (Universidad Complutense de Madrid)

Física Teórica

350. NNLO Virtual QED amplitude for the MUonE experiment

Jonathan Ronca (IFIC-UV)

Física Teórica

The progresses in the experimental accuracy of the measurement of muon (g-2) pushes the theory to reach higher precision calculations (~0.14ppm). The MUonE experiment proposes a clean way to achieve an high accuracy measurement through the \mu^- e^- scattering process. NNLO QED calculations of \mu^- e^- scattering is mandatory to control the systematics (~10ppm required). Results from NNLO QED...