GIUSEPPE LODATO

Associate Professor

Università degli Studi di Torino

Italy

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Giuseppe Lodato is an Associate Professor at Università degli Studi di Milano, Italy. His research primarily focuses on protoplanetary disks, including modeling techniques utilizing neural networks, gravitational instability, and statistical analyses of planetary influences. Recent publications highlight his work on kinematic structures and substructures in protoplanetary environments, showcasing his contributions to understanding disk populations and their properties.

Articles (20)

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2025

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2022

Collaborators (7)

Simone Ceppi

Università degli Studi di Torino

ITALY

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Josh Calcino

University of Queensland

AUSTRALIA

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Valentin Christiaens

MONASH UNIVERSITY

AUSTRALIA

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Iain Hammond

Max-Planck-Institut für Astronomie

GERMANY

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Jonathan P Williams

University of Hawaii at Manoa

UNITED STATES

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Daniel Price

MONASH UNIVERSITY

AUSTRALIA

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Richard Teague

Assistant Professor

Massachusetts Institute of Technology

UNITED STATES

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GIUSEPPE LODATO

Research Interests

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About

Articles (20)

Radiative Transfer Modeling of a Shadowed Protoplanetary Disk Assisted by a Neural Network

exoALMA. XVIII. Interpreting Large-scale Kinematic Structures as Moderate Warping

DBNets2.0: Simulation-based inference for planet-induced dust substructures in protoplanetary discs

Infall-driven gravitational instability in accretion discs

The survivorship bias of protoplanetary disc populations

Unveiling a protoplanet candidate embedded in the HD 135344B disk with VLT/ERIS

The likelihood of not detecting cavity-carving companions in transition discs – A statistical approach

exoALMA. IV. Substructures, Asymmetries, and the Faint Outer Disk in Continuum Emission

exoALMA. XII. Weighing and Sizing exoALMA Disks with Rotation Curve Modelling

The two-dimensional pressure structure of the HD 163296 protoplanetary disk as probed by multi-molecule kinematics

The Time Evolution of Md/Ṁ in Protoplanetary Disks as a Way to Disentangle between Viscosity and MHD Winds

The role of the drag force in the gravitational stability of dusty planet-forming disc – II. Numerical simulations

Kinematics signature of a giant planet in the disk of AS 209

Precession and polar alignment of accretion discs in triple (or multiple) stellar systems

The role of the drag force in the gravitational stability of dusty planet forming disc – I. Analytical theory

Dynamical mass measurements of two protoplanetary discs

An analytical solution to measure the gas size in protoplanetary discs in the viscous self-similar scenario

Extreme mass ratio inspirals triggered by massive black hole binaries: from relativistic dynamics to cosmological rates

External or internal companion exciting the spiral arms in CQ Tau?

On the time evolution of the Md−M⋆ and Ṁ–M⋆ correlations for protoplanetary discs: the viscous time-scale increases with stellar mass

Collaborators (7)

Simone Ceppi

Josh Calcino

Valentin Christiaens

Iain Hammond

Jonathan P Williams

Daniel Price

Richard Teague

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