PPGF UNIFAL-MG/UFSJ International Conference on Multimessenger Astrophysics

17 Jul 2024, 09:30 → 19 Jul 2024, 17:00 America/Sao_Paulo

Building F Auditorium (Universidade Federal de Alfenas (UNIFAL-MG))

Cassius Anderson Miquele de Melo (UNIFAL-MG), Iara Tosta E Melo (UniCT - INFN), Lucas Vinícius Marques (Universidade Federal de Alfenas - (UNIFAL)), Rodrigo Rocha Cuzinatto (UNIFAL-MG)

In recent years, Astrophysics has been undergoing a true revolution driven by access to data from new messengers such as gravitational waves and astrophysical neutrinos. 

In order to present the theme to the most extended as possible regions of Brazil and the world, the conference is jointly efford between local universities and international ones, including: the Department of Physics and Astronomy “E. Majorana” of the University of Catania, the Federal University of Alfenas (UNIFAL), the Technological Institute of Aeronautics (ITA), Sao Paulo State university (UNESP) and Federal University of Rio Grande do Norte (UFRN).

This meeting aims to bring together experts in theory, observation, and experiments studying multimessenger phenomena to review the current status and discuss on the matter.

The event targets undergraduate and postgraduate students interested in the topic, presenting an introductory course on gravitational wave astrophysics in the afternoon as well as lectures on the state of the art in the area. Mornings will be reserved for seminars from experts in the field and a poster session is planned for young researches to present their contributions.

Two extra sessions focused on scientific dissemination to the general public are planed: a chit chat in a local pub and a seminar with sky observation at on of the most iconic places of the city.

 

Scientific Committee:

• Iara Tosta e Melo (UniCT-Italia)
• Márcio Eduardo da Silva Alves (UNESP)
• Pedro José Pompeia (ITA)
• Léo Gouvea Medeiros (UFRN)

 

fee payment (download the QR code).jpg

Wednesday, 17 July

Opening session

Presentation of PPGF UNIFAL-MG/UFSJ and the VIrgoBR and KM3NeT collaborations.

Conveners: Cassius Anderson Miquele de Melo, Márcio Eduardo da Silva Alves

Coffee Break

Virtual visit to the VIRGO laboratory.

Discover the VIRGO experiment through an interactive virtual tour and learn how it is possible to measure deformations smaller than the diameter of a proton to detect gravitational waves.

For virtual connection: https://us02web.zoom.us/j/81327309390

Convener: Elisa Velcani (European Gravitational Observatory)

Lunch

Mini course on Gravitational Waves. Lecture 1: Understanding gravitational waves from coalescing black holes with basic physics. Part 1.

Introduction to gravitational waves.

Convener: Prof. Rodrigo Rocha Cuzinatto (UNIFAL-MG)

Mini course on Gravitational Waves. Lecture 2: Understanding gravitational waves from coalescing black holes with basic physics. Part 2.

Introduction to gravitational waves.

Convener: Prof. Pedro José Pompeia (ITA)

Round Table

Conveners: Pedro Jeronimo Santos da Silva, Silas Guida Vilhena

Outreach Section 1

TBA

Google Maps

Thursday, 18 July

Seminar 1: Searches for neutrino emission from compact binary mergers

TBA

Convener: Mathieu Lamoureux (UCLouvain)

Coffee Break

Seminar 2: Giuseppe Greco

TBA

Lunch

Seminar 3: Outreach on Gravitational Waves

Convener: Isabel Cordero-Carriòn (Univerty of Valencia)

Mini course on Gravitational Waves. Lecture 3: Understanding gravitational waves from coalescing black holes with basic physics. Part 3.

Convener: Mr Silas Vilhena (ITA)

Mini course on Gravitational Waves. Lecture 4: Introduction to Quasinormal Modes in Schwarzschild Black Holes

Quasinormal modes and gravitational waves

Convener: Prof. Léo Gouvea Medeiros (UFRN)

Mini course on Gravitational Waves. Lecture 5: Stochastic background of gravitational waves

Analogous models of gravitation and gravitational waves.

Convener: Prof. Marcio Eduardo da Silva Alves (UNESP)

Oral Comunication: Exploring the Higher-Order Extension of Starobinsky Inflation: Dynamics and Reheating

Higher-order theories of gravity are extensions to general relativity motivated mainly by high-energy physics searching for general relativity ultraviolet completeness. They are characterized by the inclusion of correction terms in the Einstein-Hilbert action that leads to higher-order field equations. In particular, we are interested in analyzing higher-order extension of Starobinsky inflation, namely, R³ and R□R. We investigate inflation within the Friedmann cosmological background, where we study the phase space of the model, as well as explore inflation in slow-roll leading-order. Furthermore, we describe the evolution of scalar perturbations. Finally, we confront the proposed model with recent observations from Planck, BICEP3/Keck, and BAO data.

Convener: Mr Jeremias Bezerra-Sobrinho (UFRN)

Oral Comunication: Dense nuclear matter in the era of multimensenger astronomy

The equation of state (EoS) of compact objects incorporate ingredients that are dependent on adjustable parameters and existing simulations allow for a wide range of energy and pressure densities, temperatures and electromagnetic fields. There is a pursuit for an EoS that adequately describes the properties expected according to theoretical nuclear physics and are also compatible with astrophysical observations. Astrophysical data made available by the Laser Interferometer Gravitational Wave Observatory/Virgo, such as events GW170817 and GW1900425, as well as traces of radioactive decay due to nucleosynthesis processes after merger of neutron stars (as the ones registered due to Kilonova event AT2017gfo), can impose restrictions on the maximum mass and radius that can be observed for these compact objects. In this talk, we will present a review of the current literature on how some nuclear physical quantities can be constrained from multi-messenger astronomical data.

Convener: Prof. Ronai Machado Lisboa (UFRN)

Abstract-Ronai__Oral-Comunication.pdf

Outreach Section 2: Sky observation with telescopes.

Come observe Saturn's rings and moons, lunar craters and other interesting objects. Chat with the researchers and answer all your questions about the origin and evolution of the Universe.

Cervejaria Gonçalves | Bar e Restaurante da Rampa

Friday, 19 July

Seminar 4: Space-based Gravitational Waves Interferometers

TBA

Convener: Massimo Tinto (INPE)

Coffee Break

Seminar 5: Gravitational Waves Research in Brazil

TBA

Convener: Odylio Aguiar (INPE)

Lunch

Mini course on Gravitational Waves. Lecture 6

Data analysis.

Convener: Prof. Iara Tosta E Melo (Universita di Catania)

Mini course on Gravitational Waves. Lecture 7

Data analysis

Convener: Pedro Jeronimo Santos da Silva

MiniCourse-GWpy

Poster Presentation

Posters

• Christian Andrade Bruzigues--From Theory to Reality A Historical Approach to Detecting Gravitational Waves.pdf
• Daniel Juliano Pamplona da Silva--Enhancing Energy Efficiency in Electric Vehicles - The Role of the Torque Converter in Sustainable Mobilitypdf.pdf
• Denisson Guimarães do Carmo--Estudo do sistema de suspensão criogênica que comporá novas gerações de interferômetros a laser para observação de ondas gravitacionais.pdf
• Diego Augusto Frizo--Superradiant scattering in Bopp-Podolsky wormholes.pdf
• Gabriela Conde Saavedra--Recurrence Plots in Gravitational Waves emitted by Binary Neutron Star Mergers.pdf
• Gerson Gianinni Garcia do Nascimento--Preliminary Studies on Black Holes.pdf
• Iorran Vieita Batista--Using Quantum Espresso to study optical properties of ZnO.pdf
• Ivan Francisco de Souza--Dynamics of Accelerated Waves.pdf
• Juan Martins--ONDAS GRAVITACIONAIS EMITIDAS POR SISTEMAS TRIPLOS.pdf
• Lucas Vinícius Marques--Detection methods of high energy astrophysical events.pdf
• Marcos Vinicius Bernardes--Newtonian Stellar models.pdf
• Neil Lizander Goyzueta Palomino--Cálculo analítico e numérico das frequências do campo escalar no buraco negro BTZ.pdf
• Regiley Oliveria--Gravitational Waves in the Primordial Universe.pdf
• Thiago de Almeida Baziotti--Reused Notebook Batteries A Sustainable Solution.pdf
• Tiago Antonioni Araújo de Oliveira--Field equations of General Relativity via the variational principle.pdf
• Vitoria Belo--Study of the Inflationary Paradigm.pdf