Data set from: Rates of Compact Object Coalescences

Data from: Rates of Compact Object Coalescence 

Brief overview: 
This Zenodo entry contains the data that has been used to make the figures for the living review "Rates of Compact Object Coalescence" by Ilya Mandel & Floor Broekgaarden (2021). To reproduce the figures, download all the *.csv files and run the jupyter notebook created to reproduce the results in the publicly available Github directory https://github.com/FloorBroekgaarden/Rates_of_Compact_Object_Coalescence  (the exact jupyter notebook can be found here)

For any suggestions, questions or inquiry, please email one, or both, of the authors: 

• Ilya Mandel: ilya.mandel@monash.edu 
• Floor Broekgaarden: floor.broekgaarden@cfa.harvard.edu

We very much welcome suggestions for additional/missing literature with rate predictions or measurements. 

Extra figures:
Extra figures that can be used can be found here:

Vertical figures: https://docs.google.com/presentation/d/1GqJ0k2zpnxBGwIYNeQ0BfsLSU7H2942gspL-PN_iaJY/edit?usp=sharing 

The authors are currently working on making an interactive tool for plotting the rates that will be available soon. In the mean time, feel free to send requests for plots/figures to the authors. 

Reference
If you use this data/code for publication, please cite both the paper: Mandel & Broekgaarden (2021)  (https://ui.adsabs.harvard.edu/abs/2021arXiv210714239M/abstract) and the dataset on Zenodo through it's doi (see tabs on the right of this zenodo entry) 
 
Details datafiles: 

The PDF COC_rates_supplementary_material.pdf attached (and in the Github repository) describes how each of the rates in the data files of this Zenodo entry are retrieved. The other 26 files are .csv files, where each csv file contains the rates from one specific double compact object type: NS-NS, NS-BH or BH-BH, and specific rate group (isolated binary evolution, gravitational wave observations etc.). The files in this entry are: 

• Data_Mandel_and_Broekgaarden_2021.zip all the files below conveniently in one zip file so that you only have to do 1 download. 
   
• COC_rates_supplementary_material.pdf  # PDF document describing how the rates are retrieved and quoted rom each study
   
• BH-BH_rates_CHE.csv  # BH-BH rates for chemically homogeneous evolution 
• BH-BH_rates_flybys.csv  # BH-BH rates for formation from wide isolated binaries with dynamical interactions from flybys
• BH-BH_rates_globular-clusters.csv  # BH-BH rates for dynamical formation in globular clusters  
• BH-BH_rates_isolated-binary-evolution.csv # BH-BH rates for isolated binary evolution 
• BH-BH_rates_nuclear-clusters.csv # BH-BH rates for (dynamical )formation in (active) nuclear star clusters
• BH-BH_rates_observations-GWs.csv # BH-BH rates for observations from gravitational waves
• BH-BH_rates_population-III.csv  # BH-BH rates for population-III stars  
• BH-BH_rates_primordial.csv  # BH-BH rates for primordial formation
• BH-BH_rates_triples.csv.  # BH-BH rates for formation in (hierarchical) triples 
• BH-BH_rates_young-stellar-clusters.csv # BH-BH rates for dynamical formation in young/open star clusters 
   
• NS-BH_rates_CHE.csv  # NS-BH  rates for chemically homogeneous evolution   
• NS-BH_rates_flybys.csv  # BH-BH rates for formation from wide isolated binaries with dynamical interactions from flybys
• NS-BH_rates_globular-clusters.csv # NS-BH rates for dynamical formation in globular clusters  
• NS-BH_rates_isolated-binary-evolution.csv. # NS-BH rates for isolated binary evolution 
• NS-BH_rates_nuclear-clusters.csv # NS-BH rates for (dynamical )formation in (active) nuclear star clusters
• NS-BH_rates_observations-GWs.csv #  NS-BH rates for observations from gravitational waves
• NS-BH_rates_population-III.csv # NS-BH rates for population-III stars 
• NS-BH_rates_triples.csv # NS-BH rates for formation in (hierarchical) triples 
• NS-BH_rates_young-stellar-clusters.csv  # BH-BH rates for dynamical formation in young/open star clusters
   
• NS-NS_rates_globular-clusters.csv # NS-NS rates for dynamical formation in globular clusters  
• NS-NS_rates_isolated-binary-evolution.csv  # NS-NS rates for isolated binary evolution 
• NS-NS_rates_nuclear-clusters.csv # NS-NS rates for (dynamical )formation in (active) nuclear star clusters
• NS-NS_rates_observations-GWs.csv #  NS-NS rates for observations from gravitational waves
• NS-NS_rates_observations-kilonovae.csv #  NS-NS rates for observations from kilonovae
• NS-NS_rates_observations-pulsars.csv #  NS-NS rates for observations from Galactic pulsars
• NS-NS_rates_observations-sGRBs.csv #  NS-NS rates for observations short gamma-ray bursts
• NS-NS_rates_triples.csv # NS-NS rates for formation in (hierarchical) triples 
• NS-NS_rates_young-stellar-clusters.csv  # NS-NS rates for dynamical formation in young/open star clusters  

Each csv file contains the following header: 
ADS year # year of the paper in the ADS entry
ADS month # month of the paper in the ADS entry 
ADS abstract link # link to the ADS abstract 
ArXiv link # link to the ArXiv version of the paper 
First Author # name of the first author
label string # label of the study, that corresponds to the label in the figure
code (optional) # name of the code used in this study 
type of limit (for plotting, see jupyter notebook for a dictionary) # integer, that is used to map to a certain limit visualization in the plot (e.g. scatter points vs upper limit). 

Each entry takes two columns in the csv files. One for the rates (quoted under the header 'rate [Gpc^-3 yr^-1]') and one for "notes" where we sometimes added notes about the rates (such as whether it is an upper or lower limit).