How does this dust collect in protoplanetary discs to form planets like the Earth and people like us? How do stars feed black holes in tidal disruption events? How does the common envelope get ejected?
All of these questions can be answered using Phantom, a smoothed particle hydrodynamics code developed right here at Monash, and MCFOST, a class-leading radiative transfer code also developed at Monash.
It's been a couple of traumatic years since we last met, so it's time to gather the user community together, solve some problems and set some goals
1. To consolidate development efforts
2. To set a roadmap for development priorities
3. To grow the user community, and especially to encourage sideways interaction between users
We will set each afternoon of the workshop as a hackfest, to collaboratively implement new features and tests
Dates: 13th-17th Feb 2023
Venue: Monash University, Melbourne, Australia
We are grateful to the Monash-Warwick alliance for support for the workshop
Speaker | Title | Recordings |
---|---|---|
Daniel Price | What's new in PHANTOM? | Slides and recording |
Amena Faruqi | Phantom simulations of a transiting circumbinary disk | Slides and recording |
Andrew Harris | Sarracen: Analysis and Visualization in Python | Slides and recording |
Elisabeth Borchert | Alien material accretion in flyby encounters | Slides and recording |
Nicólas Cuello | Effects of Stellar multiplicity on disc dynamics and planet formation | Slides and recording |
Griselda Arroyo-Chávez | Evolution of the specific angular momentum during gravitational fragmentation of simulated clumps in PHANTOM | Slides and recording |
Taïssa Danilovich | Wind shaping and other observational tracers of binary companions to AGB stars | Slides and recording |
Jolien Malfait | Shaping of AGB outflows by wind-companion interactions | Slides and recording |
Christophe Pinte | MCFOST | Recording |
Conrad Chan | Optimising Phantom for Hybrid OpenMPI-MPI parallelisation | Slides and recording |
James Wurster | Magnetic fields in SPH: A star formation case study | Slides and recording |
Katerina Klos | Investigating the Role of Magnetic Fields in the Formation of High-Mass Star-Forming Cores | Recording |
Cheryl Lau | Going up the tree - Introducing new algorithm to optimize the Radiation Hydrodynamics (RHD) scheme for simulating Stellar Photoionization Feedback | Slides and recording |
Mike Lau | Modelling common-envelope evolution in SPH | Slides and recording |
Martina Toscani | Gravitational waves with PHANTOM: the case of Tidal Disruption Events | Slides and recording |
Megha Sharma | Partial Tidal Disruption Events | Slides and recording |
Ilya Mandel | A Phantom Imposter | Slides and recording |
Rebecca Nealon | The Bardeen-Petterson Effect in accreting supermassive black-hole binaries | Slides and recording |
Lionel Siess | Dusty AGB stars: Science goals and modeling | Slides and Recording |
Iain Hammond | Direct imaging of newborn planets | Slides and recording |
Miguel Angel González-Bolívar | Dust implementation in CE simulations | Slides and recording |
Sahl Rowther | The role of drag and gravity on dust concentration in a gravitationally unstable disc | Slides and recording |
Benedetta Veronesi | A dynamical scale for protoplanetary discs | Slides and recording |
Joe Monaghan | A variety of ideas: 3 body problem, velocity fields, time-stepping | Recording |
Claudia Toci | Pawprints in the dust: are proto-planets hiding in protoplanetary discs gaps and rings? | Recording |
Stephane Michoulier | Growth of porous aggregates in protoplanetary discs using SPH simulations | Slides and recording |
Ryosuke Hirai | New-born neutron stars colliding with companion stars | Slides and recording |
Cristiano Longarini | Kinematics and dynamics of gravitationally unstable discs with PHANTOM | Slides and recording |
Spencer Magnall | General relativistic hydrodynamics in dynamical spacetimes: A particle based approach | Slides and recording |
Fitz Hu | Tidal disruption of stars by supermassive black holes | Recording |
Evgeni Grishin | Phantom imposter II | Slides and recording |
Simone Ceppi | Why triplicity matters: Polar alignment in triple systems and the role of (high-order) multiple stellar systems in stellar populations | Slides and recording |
Tom Hilder | Semi-analytic models of spiral planet wakes | Slides and recording |
Terrence Tricco | Chasing a ghost: One fool's question for perfection in SPMHD | Recording |
Caitlyn Hardiman | No turbulence in DM Tau? | Recording |
Amena Faruqi (Univ. Warwick, UK)
Ana Lourdes Juarez Garcia (Macquarie Uni, Sydney)
Andrew Harris
Arup Kumar Maity
Benedetta Veronesi (Univ Lyon, France)
Caitlyn Hardiman (Monash)
Cheryl Lau
Christophe Pinte (Monash)
Claudia Toci
Conrad Chan (ADACS)
Cristiano Longarini (Univ. Milan, Italy)
David Liptai (ADACS)
Daniel Price (Monash)
Dimitri Veras (Univ. Warwick, UK)
Elisabeth Borchert (Monash)
Evgenii Grishin (Monash)
Griselda Arroyo-Chávez
Iain Hammond (Monash)
Ilya Mandel (Monash)
James Wurster (St Andrews, Scotland)
Jean-François Gonzalez (Univ Lyon, France)
Jeremy Smallwood (ASIAA Taiwan)
Joe Monaghan (Monash)
Jolien Malfait (KU Leuven, Belgium)
Katerina Klos
Lionel Siess (Univ Libre Brussels, Belgium)
Luis Carlos Bermúdez Bustamante (Macquarie Uni, Sydney)
Martina Toscani
Maxime Lombart (ASIAA Taiwan)
Megha Sharma (Monash)
Miguel Angel Gonzalez Bolivar (Macquarie Uni, Sydney)
Mike Lau (Monash)
Nicolás Cuello (Univ. Grenoble-Alpes, France)
Rafael Martinez-Brunner
Rebecca Nealon (Univ. Warwick, UK)
Ryosuke Hirai (Monash)
Sahl Rowther (Univ. Leicester, UK)
Simone Ceppi (Univ. Milan, Italy)
Spencer Magnall (Monash)
Stephane Michoulier (Univ Lyon, France)
Taïssa Danilovich (Monash)
Terrence Tricco (MUN, Canada)
Thomas Rintoul
The conference will be held in:
Level Four
New Horizons
20 Research Way
Monash University Clayton Campus
Clayton, Victoria, Australia.
The cheapest way to get here is to take the Skybus from the airport to Southern Cross Station, jump on a train to Huntingdale (Pakenham/Cranbourne line) and then catch the 601 shuttle bus from Huntingdale station to the campus. Total cost around $25. Check the ptv website for details.
The fastest way to get here is in a taxi, but it will cost you around $120.
Our recommended accommodation option is Mannix college. Otherwise you can check hotels close to campus. Staying somewhere in South Yarra is another option which is on the train line to Monash (30 mins to campus) but in a lively area closer to the centre of Melbourne.
Registration payment form is now closed. Early bird prices ($150 student, $250 non-student) end on 8th Feb.
31st Jan, 2023: Abstract deadline.
8th Feb, 2023: Early bird registration deadline.
Registration fee will include conference related costs including all tea/coffee breaks, Monday to Friday lunches and the conference dinner /excursion.
Submit your title/abstract/dietary requirements separately via the form below (NOW CLOSED)
daniel.price@monash.edu
(please include "Phantom/MCFOST users workshop" in the title for email queries)
SCIENTIFIC ORGANISING COMMITTEE
Daniel Price
Christophe Pinte
Rebecca Nealon
Terrence Tricco
James Wurster
LOCAL ORGANISING COMMITTEE
Daniel Price (chair)
Rebecca Nealon (co-chair)
Christophe Pinte (co-chair)
Elli Borchert
Himanshi Garg
Iain Hammond
Caitlyn Hardiman
Mike Lau
Spencer Magnall
Megha Sharma