Program:

The school will be realized during five days (February 17-22, 2019), in which the daily schedule shall be of the following form.
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​Mini Courses 
  • Mini Course I: Introduction to quantum effective action in gravitation  - Joseph Buchbinder (Tomsky State University, Russia)
  • Mini Course II: Modified gravity - Kazuya Koyama (University of Portsmouth, England)
  • Mini Course III: Black hole physics - Valery Frolov (University of Alberta, Canada)
  • Mini Course IV: Quantum gravity - Manuel Asorey (Universidad Zaragoza, Spain)​​ ​

Seminars
  • S-I: Induced vacuum currents in topologically nontrivial locally AdS spacetimes - Aram Saharian (Yerevan State University, Armenia)
  • S_II: Reissner-Nordström, Kerr-Newman, and non-singular black holes in Palatini theories of gravity - Diego Rubiera-Garcia (IA - Portugal)
  • S-III: ​Introduction to 2D gravity - Dmitry Vassilevich (UFABC, Brazil)
  • S-IV: Quantum graphs and applications - Marcos G. E. da Luz (UFPR)
  • S-V: Dark Energy in the age of the large telescopes - Flávia Sobreira (Unicamp, Brazil)
  • S-VI: Does the data priviledge a primordial scenario? Mapping inflation into bounce models - Felipe Tovar Falciano (CBPF, Brazil)
  • S-VII: Stochastic quantization: from QCD to semiclassical gravity - Gastão Krein (IFT, Brazil)
  • S-VIII: Cauchy horizons in General Relativity - Gustavo Dotti (Universidad de Córdoba, Argentina)
  • S-IX: A model-independent probe of CMB isotropy and foregrounds - Miguel Quartin (UFRJ, Brazil)
  • S-X: Matter growth in imperfect fluid cosmology - Winfried Zimdahl (UFES-Brazil/Universität Düsseldorf - Germany)

​Communications
  • C-I: Palatine Stars - Aneta Wojnar (UFES)
  • C-II: Functional renormalization group and background field formalism - Petr Lavrov (UFJF/Tomsk State Pedagogical University)
  • C-III: Baryogenesis and Gravitational Waves from the Electroweak Phase Transition - Glauber Dorsch (UFES)
  • C-IV: Super-renormalizable models of quantum  gravity - Ilya Shapiro (UFJF)
  • C-V: Galaxy cluster mass estimate from weak lensing signal - Mariana Vitenti (UnB)
  • C-VI: Numerical approach to quantum cosmology using Bohmian trajectories - Sandro Vitenti (UnB)

Posters
Posters shall be displayed during the whole duration of the event.