13 citations · 22 across the 5 of their papers we have counts for
6 papers
A metallicity sweet spot for disc fragmentation and planet formation
Ethan J. Carter, Dimitris Stamatellos, George Blaylock-Squibbs +2
Fragmentation of gravitationally unstable discs offers an alternate formation mechanism for gas giant planets and brown dwarfs on wide orbits. Metallicity plays a key role in disc…
Deviations from the universal Initial Mass Function in binary star clusters
Sunder S. K. Singh-Bal, George A. Blaylock-Squibbs, Richard J. Parker +1
The stellar mass distribution in star-forming regions, stellar clusters and associations, the Initial Mass Function (IMF), appears to be invariant across different star-forming env…
No signature of the birth environment of exoplanets from their host stars' Mahalanobis phase space
George A. Blaylock-Squibbs, Richard J. Parker, Emma C. Daffern-Powell
The architectures of extrasolar planetary systems often deviate considerably from the ``standard" model for planet formation, which is largely based on our own Solar System. In par…
The dynamical evolution of star-forming regions measured with INDICATE
George A. Blaylock-Squibbs, Richard J. Parker
Observations of star-forming regions provide snapshots in time of the star formation process, and can be compared with simulation data to constrain the initial conditions of star f…
The evolution of phase space densities in star-forming regions
George A. Blaylock-Squibbs, Richard J. Parker
The multi-dimensional phase space density (both position and velocity) of star-forming regions may encode information on the initial conditions of star and planet formation. Recent…
Investigating the structure of star-forming regions using INDICATE
George A. Blaylock-Squibbs, Richard J. Parker, Anne S. M. Buckner +1
The ability to make meaningful comparisons between theoretical and observational data of star-forming regions is key to understanding the star formation process. In this paper we t…