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Program

Program:

The school will be realized during five days (April 10-14, 2023), in which the daily schedule shall be of the following form.

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Updated at 09/04

Mini-Courses:

1. Dark matter and the structures in the universe - Diego Lambas (UNC, Argentina);
2. Superstructures and voids: their global dynamics and galaxy properties - Heliana Luparello (UNC, Argentina);
3. Testing gravity with cosmology - Luca Amendola (Heidelberg, Germany);
4. Quantum gravity - Roberto Percacci (Sissa, Italy);

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Advanced Seminars:

1. Singularities and non-singular solutions in gravity and cosmology - Alexander Kamenshchik (INFN, Italy);
2. Before inflation - Alexey Starobinsky (Instituto Landau, Russia) - remote seminar;
3. Born-Infeld and conformal (non)- invariance - Dmitry Galtsov (Moscou, Russia);
4. Shedding light on the origin of UHECRs: the role of AGNs, and old/young stellar progenitors - Ezequiel Boero (UNC, Argentina);
5. Richard Kerner path approach to understand materials growth and some unexpected connections - Gerardo Garcia Naumis (UNAM, Mexico);
6. h-expansion of Wightman distributions - Giuseppe Dito (Université de Bourgogne, France);
7. Asymptotically safe unimodular quantum gravity - Gustavo Pazzini de Brito (SDU, Denmark);
8. Searching for dark energy with the Sun - Ippocratis D. Saltas (Academy of Sciences, Czech Republic);
9. A new way to constrain the cosmological constant -  Jan-Willem van Holten (Leiden, Netherlands);
10. Dark Matter viewed as cosmic gluonic background - Jean-Pierre Gazeau (APC, France);
11. Hausdorff moment problems for combinatorial numbers -  Karol Penson (Sorbonne-Université, France) - remote seminar;
12. Stability of black hole in Einstein-Maxwell scalar theory - Martin Richarte (UFES, Brazil);
13. Non-linear evolution for Vainshtein screening cosmologies - Radouane Gannouji (UCV, Chile);
14. Condensed matter with Richard Kerner - Rafael Barrio (UNAM, Mexico);
15. Non-linear Electrodynamics derived from the Kaluza-Klein Theory - ​Richard Kerner (Sorbonne-Université, France);
16. Global anisotropy as super-curvature modes on top of isotropic cosmologies - Thiago Pereira (UEL, Brazil).

Interdisciplinary Seminar:

• Neuropeptides: how small protein molecules could influence our decision making? - Limei Zhang de Barrio (UNAM, Mexico).

About Richard Kerner:

• José Lemos (IST, Portugal), Nelson Pinto Neto (CBPF, Brazil) e Júlio Fabris (UFES, Brazil).

Special Seminar in honor of the 80th birthday of Richard Kerner:

• The end of the Universe and then what? - ​Richard Kerner (Sorbonne-Université, France).

Communications:
The program also includes 6 communications of 30 minutes that are yet to be selected from participants' submission.

1. Bound Photon Orbits and Critical Parameters in Kerr-de Sitter Space-times - Eunice Monyenye Omwoyo (UFES, Brazil);
2. Gravitational Lensing in the Cosmic Microwave Background: Characterization of Dark Matter Halos and alignment with the Large-Scale mass distribution -  Facundo Toscano (UNC, Argentina);
3. The Ultra-Slow-Roll regime in Multi-Field Ination - Luiz Filipe Guimarães (UFES, Brazil);
4. Dynamical Invariants and Quantization of the One-Dimensional Time-Dependent, Damped and Driven Harmonic Oscillator - Mário Bertin (UFBA, Brazil); 
5. On the Fierz-Pauli Massive Lagrangian obtained from Siegel-Zwiebach Action in String Theory Context - Symmetries and Propagators - Ronaldo Thibes (UESB, Brazil);
6. Higgs Inflation: constraining the top quark mass and breaking the H0 − σ8 correlation - Rayff Aby Faraj de Souza (ON, Brazil);
7. Cosmological drift of Black Hole Shadows and Photon Rings: Testing the Equivalence Principle -  Tays Miranda de Andrade (University Jyväskylä, Finland).

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

1. On the Supersymmetric Lorentz-Violating Framework: Neutral and Charged Background Fields Approach - Álvaro Luis Martins de Almeida Nogueira (CEFET-RJ);
2. Modified gravity tests with direct measurement of galactic accelerations. - Felipe Augusto da Silva Barbosa (UFES);
3. Weak lensing analysis of cosmic voids using simulated data. - Franco Caporaso (UNC, Argentina);
4. Cosmological background of Starobinski's f(R) model in the metric-affine formalism - Jonas Jorge Diogo Pinheiro da Silva (UFES);
5. Instabilidade Gravitacional na Teoria Newtoniana. - Laura Pereira de Carvalho (UFES, Brazil);
6.  Lensing Emulator. - Özgen Tunç Türker (UFES, Brazil);
7. Gravitational Waves from PBH and PDMH formed by Fifth Force.​ - Prajwal Hassan Puttasiddppa (UFES, Brazil).​
8. Baryon acoustic oscillations in thin redshift shells from BOSS DR12 and eBOSS DR16 galaxies. - Ranier Menote Lemes Silva (UFES, Brazil);
9. Modelo para o potencial gravitacional de discos galácticos - Thalita Sartori Benincá (UFES, Brazil);
10. A Zero-Curvature Representation of Electromagnetism and the conservation of electric charge. - Victor Breda Zaché (UFES, Brazil);
11. A equação do equilíbrio estelar em teorias modificadas da gravitação. - Vinícius Barcellos (UFES);
12. Potencial de Yukawa como um potencial gravitacional -  Vítor Petri (UFES, Brazil).​​​​