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INAF LSST

INAF LSST

  • LSST Science Collaborations
    • Galaxies
    • Solar System
    • Stars, Milky Way, and Local Volume
    • Dark Energy
    • Transients/Variable Stars
    • Active Galactic Nuclei
    • Strong Lensing
    • Informatics and Statistics
  • Science Themes
  • INAF-LSST Organization
  • INAF PI-ships
    • Transients
      • Gravitational waves
      • Gamma Ray Bursts (orphans and parents) and Tidal Disruption Events
      • Studying peculiar supernovae, SN impostors
      • Supernovae demography and rates based on machine learning classification
      • AGN and Fast Radio Bursts
        • Scientific Objectives
        • Members
        • Affiliation
        • Blazars Database
    • Stellar Populations
      • Tess/Plato Contaminants & Gaia Extension
      • Stellar Clusters, Stellar Models & Gaia
      • The process of star formation – young stellar clusters
      • Galactic and Local Group Archeology
      • Old stellar tracers to map the transition between Galactic Bulge and Halo
      • The Gaia-LSST synergy: from pulsating stars and star formation history to WD planets
      • RR Lyrae, Cepheids and LBVs to constrain theory
      • Multi periodic phenomena in variable stars
    • Extragalactic
      • Clusters of galaxies as probes of cosmology, dark matter, and the evolution of cosmic structure
      • High redshift galaxies and AGNs into the Reionization Epoch
      • Luminous and Dark Matter in galaxies: distances and scaling relations from the local Universe to z~1.5
  • White Papers
  • Meetings
  • Interesting Links
  • Tools
  • LSST Science Collaborations
    • Galaxies
    • Solar System
    • Stars, Milky Way, and Local Volume
    • Dark Energy
    • Transients/Variable Stars
    • Active Galactic Nuclei
    • Strong Lensing
    • Informatics and Statistics
  • Science Themes
  • INAF-LSST Organization
  • INAF PI-ships
    • Transients
      • Gravitational waves
      • Gamma Ray Bursts (orphans and parents) and Tidal Disruption Events
      • Studying peculiar supernovae, SN impostors
      • Supernovae demography and rates based on machine learning classification
      • AGN and Fast Radio Bursts
        • Scientific Objectives
        • Members
        • Affiliation
        • Blazars Database
    • Stellar Populations
      • Tess/Plato Contaminants & Gaia Extension
      • Stellar Clusters, Stellar Models & Gaia
      • The process of star formation – young stellar clusters
      • Galactic and Local Group Archeology
      • Old stellar tracers to map the transition between Galactic Bulge and Halo
      • The Gaia-LSST synergy: from pulsating stars and star formation history to WD planets
      • RR Lyrae, Cepheids and LBVs to constrain theory
      • Multi periodic phenomena in variable stars
    • Extragalactic
      • Clusters of galaxies as probes of cosmology, dark matter, and the evolution of cosmic structure
      • High redshift galaxies and AGNs into the Reionization Epoch
      • Luminous and Dark Matter in galaxies: distances and scaling relations from the local Universe to z~1.5
  • White Papers
  • Meetings
  • Interesting Links
  • Tools
  • Home
  • Transients

Transients

  • The astrophysical sources of gravitational waves and X-ray and Gamma-Ray sky
  • Gamma Ray Bursts (orphans and parents) and Tidal Disruption Events
  • Studying peculiar supernovae, SN impostors with LSST
  • Supernovae demography and rates based on machine learning classification.
  • AGN and Fast Radio Bursts

LSST Meeting & Telecon

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