CV Lattes
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Universidade Estadual de Campinas (UNICAMP). Instituto de Física Gleb Wataghin (IFGW) (Institutional affiliation from the last research proposal) Birthplace: Rússia
Currently I am an associate professor at the Cosmic Rays department of the Istituto de Fisica Gleb Wataghin, State University of Campinas, Sao Paulo, Brasil. My specialties are phenomenology of heavy ion collisions, relativistic hydrodynamics and statistical mechanics, QCD, and strongly coupled systems. I did my first degree at Oxford University (UK) in 1997, a masters at the University of Birmingham (2000), a PhD at the University of Arizona (2004), and postdoctoral appointments at McGill University (2005), JW Goethe Universitat in Frankfurt (2007) and Columbia University in New York (2010) (Source: Lattes Curriculum)
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The project aims to support the establishment and consolidation of interdisciplinary research groups dedicated to technological development and the analysis of Big Data, with application of state-of-the-art data analysis techniques, including Multi-Variation Methods (MVA) and Machine Learning (ML) to address complex challenges within four distinct areas: Experimental High-Energy Nuclear P…
In this project we combine hydrodynamics with spin and effective field theory techniques to study the behavior of quarkonium in an approximately locally equilibrated thermal rotating medium with finite spin density. The objective is to develop quarkonium polarization in heavy ion collisions as a phenomenological tool to study relativistic hydrodynamics with spin. (AU)
This project builds on my recent study of hydrodynamics using field theory methods in two complementary ways. It makes contact with alternative approaches to hydrodynamics with fluctuations, spin and gauge fields, and it develops a phenomenology of early-time vorticity-driven spin production using electromagnetic observables. (AU)
This project concerns the development of hydrodynamics as a field theory, an alternative way to derive and understand hydrodynamics capable of capturing aspects inaccessible to more traditional approaches, such as microscopic fluctuations and polarization. We aim to systematically study the field theory of both ideal and dissipative hydrodynamics, both in terms of analytical expansions …
This project concerns studying, and understanding, the origin of azimuthal correlations and their Fourier coefficients ($v_{1,2,3...}$) in hadronic ($pA,dA,AA$) collisions. A lot of recent research has gone into understanding, with detailed quantitative models (mostly hydrodynamic based, but, in small systems, also based on high density QCD), correlations at a particular energy and system…
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| 5 / 5 | All Research Grants |
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