SM&FT 2017 - The XVII Workshop on Statistical Mechanics and nonpertubative Field Theory

Session

Session 11

15 Dec 2017, 14:20

Centro Polifunzionale UniBA

Conveners

Session 11

• Massimo D'Elia (PI)

44. NEUMATT: Numerical simulation of Binary Neutron Stars, Equation of State effects on the gravitational wave signal.

Roberto De Pietri (PR)

15/12/2017, 14:20

Binary Neutron Star systems are the most interesting source of gravitational wave signals and the associate signal will carry important information about the equation of state (EOS) of matter at high density. The main information on the EOS will be seen on the postmerger signal. (Not detected in the case for GW170817) In this talks I will discuss the various steps that one need to perform,...

65. MANYBODY: Theory of nuclear quantum many-body systems

Alessandro Lovato (TIFP)

15/12/2017, 14:40

It is fascinating that the entire nuclear chart can be in principle described by the small set of parameters defining the quantum chromodynamics (QCD) and quantum electrodynamics Lagrangians. The direct applicability of Lattice-QCD, the only non-perturbative method that systematically implements QCD from first principles, is currently limited to very light nuclear systems. We present a novel...

48. Fundamendal physics studies in few-nucleon systems: the FBS project

Michele Viviani (PI)

15/12/2017, 15:00

The study of parity-violation (PV) and time-reversal violation (TRV) in nuclear processes may give important information on the weak and CP-violating interactions present in the Standard Model (SM), and also to be sensitive to beyond-SM Physics. In this contribution, we discuss the results of numerical studies of various few-nucleon PV and TRV observables, obtained using the facilities made...

92. Realistic Nuclear Shell Model and Double-Beta Decay: the STRENGTH project

Nunzio Itaco (NA)

15/12/2017, 15:20

The detection of the neutrinoless double-decay is nowadays one of the main goals in many laboratories all around the world, triggered by the search of ”new physics” beyond the Standard Model. I report on the calculation of the nuclear double-beta decay properties for nuclei that are possible candidates for such a process within the framework of the realistic shell model. The effective...

47. NEMESYS Project- Calibration of the fine-structure constant of graphene by time-dependent density functional theory.

Antonio Sindona (CS)

15/12/2017, 15:40

One of the amazing properties of graphene is the ultra-relativistic behavior of its loosely bound electrons, mimicking massless fermions that move with a constant velocity, being inversely proportional to a fine-structure constant αg of the order of unity. The effective interaction between these quasi-particles is, however, better controlled by the coupling parameter α∗g =αg/ε, which accounts...

67. InDark: Inflation, Dark Matter and the Large-Scale Structure of the Universe

Alessandro Renzi (PD)

15/12/2017, 16:00

Investigating the interconnection between particle physics, cosmology and gravitational waves, in a multi-messenger approach, is one of the most promising research directions in modern physics. It allows studying inflationary models of the Early Universe, the nature of dark matter (DM) and dark energy (DE), or possible scenarios of modified gravity. Observations of the Cosmic Microwave...