This course will cover various topics in gravitational-wave physics and astronomy, including post-Newtonian formalism, Fisher information analysis, the stationary phase approximation, Bayesian parameter estimation, and more.

Syllabus del corso

Esporta

Current and future challenges in gravitational-wave astronomy

Dott. Caroline Owen

English

This course will cover various topics in gravitational-wave physics and astronomy, including post-Newtonian formalism, Fisher information analysis, the stationary phase approximation, Bayesian parameter estimation, and more.

PhD students interested in gravitational-wave physics and astronomy.

N/A

TBD.

2 CFU / 16 hours

Spring 2026, in person

IMPRESE, INNOVAZIONE E INFRASTRUTTURE
Esporta

Current and future challenges in gravitational-wave astronomy

Dott. Caroline Owen

English

This course will cover various topics in gravitational-wave physics and astronomy, including post-Newtonian formalism, Fisher information analysis, the stationary phase approximation, Bayesian parameter estimation, and more.

PhD students interested in gravitational-wave physics and astronomy.

N/A

TBD.

2 CFU / 16 hours

Spring 2026, in person

INDUSTRY, INNOVATION AND INFRASTRUCTURE
Entra

Scheda del corso

Staff

    Docente

  • PC
    Philippa Cole
  • DI
    David Izquierdo Villalba
  • NL
    Nicholas Loutrel
  • CO
    Caroline Bright Owen

Metodi di iscrizione

Iscrizione manuale
Iscrizione spontanea (Studente)

Obiettivi di sviluppo sostenibile

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