Theoretical and Computational Challenges in Planet Formation Workshop

Videos

May 20, 2019

• Til Birnstiel: From Disks to Rings: Planet Formation in the Alma Era

• Cathie Clarke: The Beginning and End of Protoplanetary Discs

• Pablo Benitez Llamba: Planet-Disk Interaction in Dusty Disks

• Farzana Meru: The Formation and Evolution of Planets in Young Discs

• Xuening Bai: Towards a Panchromatic View of Gas Dynamics in Protoplanetary Disks

• Yuhiko Aoyama: Theoretical Modeling of Hydrogen Line Emission from Accreting Star and Planet

• Cristobal Petrovich: Imprints of the Disk Clearing Phase on Mature Exoplanet Systems

• Giovanni Picogna: Can X-Ray Photo-Evaporation Explain All the Observed Transition Disks?

• Mickey Rosenthal: Why Super Earths are of a Similar Size – Observational Signatures of a Limiting Pebble Accretion Mass Scale

• Debanjan Sengupt: Small Scale Structure of Gravito-Turbulance: 2D Shearing Sheet

• Hannah Jang-Condell: Challenges in Matching Models to Observations of Gap Opening in Disks

• Sivan Ginzburg: The End of Runway: What Sets the Final Mass of Gas Giants?

May 21, 2019

• Jake Simon: Numerical Simulations of Planetesimal Formation

• Hilke Schlichting: Atmospheric Accretion and Loss During Planet Formation

• Jeremy Goodman: Protostellar Disks: Dynamics & Diagnostics

• Giuseppe Lodato: Type II Migration in Planet Forming Discs

• Computational Discussion

• Joanna Drazkowska: Including Dust Growth in Hydrodynamic Models of Protoplanetary Disks

• Martin Pessah: Streaming Instability for Particle-SIze Distributions

• Min-Kai Lin: Dust Settling in Turbulent Protoplanetary Disks

• Wladimir Lyra: 3D Global Models of Streaming Instability

• Natascha Manger: Vortex Formation in Protoplanetary Disks with Vertical Shear Instability

• Daniel Tamayo: Planetesimal Capture During Planet Formation

• Orkan Umurhan: How Turbulence May Influence Planetesimal Growth Mechanisms – Case Study: The Streaming Instability

May 22, 2019

• Rebecca Martin: Circumbinary Disc Dynamics

• Jonathan Squire: Clumping Small Grains With the Disk Settling Instability

• Sijme-Jan Paardekooper: Unstructured Meshes: Resolution Requirements in Gas Disc Simulations

• Claudio Valletta: Giant Planet Formation & Evolution With a Self-Consistent Treatment of the Heavy Elements

• Sebastian Stammler: Planetesimal Formation In Dust Traps

• Diana Powell: Using Dust Grain Aerodynamics to Weight Protoplanetary Disks

• Leonardo Krapp: Multifluid Simulations Applications to Protoplanetary Disks

• Chao-Chin Yang: Effects of Dust Back Reaction On the Dust-Gas Dynamics In Protoplanetary Disks

• John Zanazzi: The Dynamics of Protoplanetary Disks In Binary Star Systems

• Daniel Carrera: Formation of Short-Period Planets by Disk Migration of Resonant Chains

• Colin McNally: Towards a New Understanding of Planet Migration In Modern Models of Protoplanetary Discs