Tesi di dottorato

In entrambe le sedi dell’OAB di Milano e di Merate il personale di ricerca collabora con le università per le tesi di dottorato.

Guarda di seguito le tesi disponibili.

MERATE (LC) – PhD – BEaTriX the X-ray facility for the functional test of the ATHENA telescope – Spiga, Salmaso, Basso.

MERATE (LC) – PhD – Compact objects – Extreme Jets from Compact Accretors – Motta.

MERATE (LC) – PhD – Compact objects – Fast variability from X-ray binaries: the next step – Motta.

MERATE (LC) – PhD – Compact objects – Probing the accretion-ejection connection around accreting compact objects via X-ray and radio observations – Motta.

MERATE (LC) – PhD – Compact objects – Timing-based spin and mass measurement of neutron star X-ray binaries – Motta.

MERATE (LC) – PhD – Dark energy – Cosmological inference with Euclid – Granett.

MERATE (LC) – PhD – Dark energy – Euclid – Optimising Euclid galaxy clustering measurements – Granett.

MERATE (LC) – PhD – Exoplanets – High resolution spectroscopy studies of exoplanetary atmospheres – Borsa, Rainer.

MERATE (LC) – PhD – Exoplanets – High-resolution spectroscopic studies of the atmospheres of Solar System bodies using exoplanets’ techniques – Rainer, Borsa.

MERATE (LC) – PhD – Gamma Ray Bursts – Deciphering the nature of the progenitors of Gamma Ray Bursts – Ghirlanda, Salafia.

MERATE (LC) – PhD – Gamma Ray Bursts – Development of a model for the prompt emission of Gamma Ray Bursts – Ghirlanda, Lara, Salafia.

MERATE (LC) – PhD – Gamma Ray Bursts – Physics of the afterglow emission in Gamma Ray Bursts – Nava, Ghirlanda, Salafia.

MERATE (LC) – PhD – Materials Engineering – High Performance Photopolymers for Holographic Optical Elements in Astronomy – Bianco.

MERATE (LC) – PhD – Relativistic Jets – Relativistic Jets in Active Galactic Nuclei – Romano, Vercellone.

MERATE (LC) – PhD – Upgrade di BEaTrix da focale fissa a vocale variabile: una nuova facility di riferimento per i test x – Salmaso, Basso, Spiga.

MILANO – PhD – Data science – Bringing efficient and scalable Bayesian computations for Big Data in the astronomer toolbox – Andreon, Landoni.

MILANO – PhD – Galaxy cluster science in the Euclid era with Big Data Methods – Andreon, Landoni, Moretti Trinchieri.

MILANO – PhD – Galaxy clusters – Thermodynamical properties of weak-lensing selected clusters – Andreon, Trinchieri, Moretti.

MILANO – PhD – Super massive Black Holes – The quest for super massive black hole binary systems – Severgnini, Landoni.

MILANO – PhD – Supermassive Black Holes – Quasars and Jets in the early Universe: Understanding the Formation and Evolution of Supermassive Black-Holes – Caccianiga, Moretti e Tavecchio.