1. Challenges, opportunities and open questions in Stellar Populations Cristina Chiappini; 2. Scientific contributions of Beatriz Barbuy Jorge Melendez; 3. Contributions of Beatriz Barbuy for the development of astronomy in Brazil Helio Rocha-Pinto; 4. The Milky Way halo population studied with LAMOST and Subaru Wako Aoki; 5. The accretion history of the Galaxy via field and globular cluster populations Daniel Horta; 6. The Pristine survey: towards a new view of the old Milky Way Else Starkenburg; 7. Gaia-Sausage-Enceladus star formation history as revealed by detailed elemental abundances Heitor Ernandes; 8. On a couple of lithium riddles Paolo Molaro; 9. How homogeneous was the chemical enrichment of the Milky Way 13 giga years ago? Riano Giribaldi; 10. CEMP(s- and r/s) stars: s- and i-process and implications for Galactic chemical evolution Aruna Goswami; 11. Abundance analysis of the Cetus stellar stream: open questions for further studies Tatyana Sitnova; 12. Are the metal-poor M dwarfs in the solar neighborhood actually from our neighborhood? Diogo Souto; 13. Investigating accreted star candidates using TESS survey Danielle de Brito Silva; 14. Galactic stellar halo luminosity function Sarah A. Bird; 15. Multiple populations in massive clusters Carmela Lardo; 16. Unraveling globular clusters with JWST: kinematics, energy equipartition and anisotropy of multiple populations Tuila Ziliotto; 17. A pristine look at extended globular cluster structures Pete Kuzma; 18. Tracing the chemical evolution of globular clusters Heather Sinclair-Wentworth; 19. CAPOS: the bulge Cluster APOgee Survey. Preliminary abundance analysis of the metal-rich bulge globular cluster NGC 6304 Carolina Montecinos; 20. Globular clusters of the Galactic Bulge Sergio Ortolani; 21. The Galactic Bulge Beatriz Barbuy; 22. The Blanco DECam Bulge Survey: perspectives, results, and implications R. Michael Rich; 23. Unveiling the Inner Galaxy: Dissecting the bulge, bar and inner disk properties Anna B. A. Queiroz; 24. The ancient central population Anke Ardern-Arentsen; 25. M giants with IGRINS: detailed exploration of the M giants near infrared spectra to chemically characterise the inner Milky Way Govind Nandakumar; 26. Chemical characterization of the Galactic Center Nils Ryde; 27. Initial mass function of the Galactic bulge from binary microlensing events Raphael Oliveira; 28. Gaia: Ten years of surveying the Milky Way and beyond Anthony Brown; 29. New insights on MW disc history with machine learning, precise ages and Gaia DR3 Samir Nepal; 30. Chronology of our Galaxy from Gaia CMD-fitting (ChronoGal): the early formation of the Milky Way disk and the impact of Gaia-Sausage-Enceladus Carme Gallart; 31. The stellar and Galactic evolutions: insights from Gaia, Kepler, spectroscopic surveys, and the Besan\c con Galaxy Model Nadège Lagarde; 32. Present-day abundances from OB stars Norbert Przybilla; 33. The spiral arm structure of the Galaxy and metallicity distribution Jacques Lepine; 34. Applicability of elemental abundance ratios as age indicators in evolved stars Grazina Tautvaisiene; 35. Chemical abundance inventory in phosphorus-rich stars Maren Brauner; 36. Underlying the importance of Galactic star clusters in low-to-intermediate mass stellar evolution studies Vasiliki Fragkou; 37. Characterizing stellar groups associated with NGC2659 Jane Gregorio-Hetem; 38. Massive stars in the Milky Way: new clues to understand their properties using large spectroscopic samples Abel de Burgos; 39. Extracting Milky Way stellar populations using t-SNE Ethan Bull; 40. The interplay between super-metallicity, lithium depletion, and radial migration in nearby stars Maria Luiza Linhares Dantas; 41. Investigating the isotopic abundance of solar neighbourhood FGK stars with the HERCULES spectrograph Quin Aicken Davies; 42. Spectroscopic analysis of B and Be sars in
