Anna lisa varri

View Scopus Profile. My research interests centre on the dynamics of stellar systems. From an applied mathematics viewpointanna lisa varri, I am interested in a number of topics broadly connected to the classical gravitational N-body problemespecially Vlasov-Poisson equilibria and related perturbation and asymptotic methods for elliptic PDEs, kinetic theory for application to self-gravitating systems and plasmas, kinetic counterparts of the theory of rotating fluids, anna lisa varri integrability and numerical methods for Hamiltonian systems. I also have a growing interest in developing techniques from Bayesian statistics for application to astrophysical data.

My research interests centre on the dynamics of stellar systems. From an applied mathematics viewpoint , I am interested in a number of topics broadly connected to the classical gravitational N-body problem , especially Vlasov-Poisson equilibria and related perturbation and asymptotic methods for elliptic PDEs, kinetic theory for application to self-gravitating systems and plasmas, kinetic counterparts of the theory of rotating fluids, and integrability and numerical methods for Hamiltonian systems. I also have a growing interest in developing techniques from Bayesian statistics for application to astrophysical data. From an astrophysics viewpoint , I am interested in the formation and evolution of low-mass stellar systems because they define the intriguing boundary between our current notions of star clusters and dwarf galaxies. My activities aim at addressing three key open questions: How did the first stellar aggregates form in the early universe?

Anna lisa varri

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View all 54 publications by Anna Lisa Varri.

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View Scopus Profile. My research interests centre on the dynamics of stellar systems. From an applied mathematics viewpoint , I am interested in a number of topics broadly connected to the classical gravitational N-body problem , especially Vlasov-Poisson equilibria and related perturbation and asymptotic methods for elliptic PDEs, kinetic theory for application to self-gravitating systems and plasmas, kinetic counterparts of the theory of rotating fluids, and integrability and numerical methods for Hamiltonian systems. I also have a growing interest in developing techniques from Bayesian statistics for application to astrophysical data. From an astrophysics viewpoint , I am interested in the formation and evolution of low-mass stellar systems because they define the intriguing boundary between our current notions of star clusters and dwarf galaxies. My activities aim at addressing three key open questions: How did the first stellar aggregates form in the early universe? Is there a missing link between stellar and super-massive black holes? Where is the limit for the presence of dark matter on small astrophysical scales? I am now jointly appointed at 0.

Anna lisa varri

My research interests centre on the dynamics of stellar systems. From an applied mathematics viewpoint , I am interested in a number of topics broadly connected to the classical gravitational N-body problem , especially Vlasov-Poisson equilibria and related perturbation and asymptotic methods for elliptic PDEs, kinetic theory for application to self-gravitating systems and plasmas, kinetic counterparts of the theory of rotating fluids, and integrability and numerical methods for Hamiltonian systems. I also have a growing interest in developing techniques from Bayesian statistics for application to astrophysical data. From an astrophysics viewpoint , I am interested in the formation and evolution of low-mass stellar systems because they define the intriguing boundary between our current notions of star clusters and dwarf galaxies. My activities aim at addressing three key open questions: How did the first stellar aggregates form in the early universe? Is there a missing link between stellar and super-massive black holes? Where is the limit for the presence of dark matter on small astrophysical scales? I am now jointly appointed at 0. Skip to main content. Search: Search.

Yeti usa

I am now jointly appointed at 0. From an applied mathematics viewpoint , I am interested in a number of topics broadly connected to the classical gravitational N-body problem , especially Vlasov-Poisson equilibria and related perturbation and asymptotic methods for elliptic PDEs, kinetic theory for application to self-gravitating systems and plasmas, kinetic counterparts of the theory of rotating fluids, and integrability and numerical methods for Hamiltonian systems. Search: Search. Projects 3 Finished. Is there a missing link between stellar and super-massive black holes? Varri, Anna Lisa Recipient , View all 54 publications by Anna Lisa Varri. Globular clusters in the era of precision astrometry: getting ready for Gaia Varri, A. Together they form a unique fingerprint. View Scopus Profile.

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I also have a growing interest in developing techniques from Bayesian statistics for application to astrophysical data. Recent news. Project : Research. Open Access. Varri, A. Projects 3 Finished. I am now jointly appointed at 0. Email: anna. View all 54 publications by Anna Lisa Varri. My activities aim at addressing three key open questions: How did the first stellar aggregates form in the early universe? Varri, Anna Lisa Recipient , View all 59 research outputs. From an applied mathematics viewpoint , I am interested in a number of topics broadly connected to the classical gravitational N-body problem , especially Vlasov-Poisson equilibria and related perturbation and asymptotic methods for elliptic PDEs, kinetic theory for application to self-gravitating systems and plasmas, kinetic counterparts of the theory of rotating fluids, and integrability and numerical methods for Hamiltonian systems. Explore network further. Projects per year.