This page is for a top-level management of all the ongoing activities. Avoid adding low-level details which can be added as additional pages linked from here. At present, we think of three follow-up studies to be concluded in the next three months. The broader idea and the milestones are given in this page. Milestones are marked :white_check_mark: once achieved. The plans are below
This page is for a top-level management of all the ongoing activities. Avoid adding low-level details which can be added as additional pages linked from here. At present, we think of three follow-up studies to be concluded in the next three months. The broader idea and the milestones are given in this page. Milestones are marked :white_check_mark: once achieved. The plans are below
-------------------------
****
# Inference on the population of BBH or BH mimicker binaries
# Inference on the population of BBH or BH mimicker binaries
[Dedicated page](SIQM-population-inference)
[Dedicated page](SIQM-population-inference)
...
@@ -13,7 +13,7 @@ This page is for a top-level management of all the ongoing activities. Avoid add
...
@@ -13,7 +13,7 @@ This page is for a top-level management of all the ongoing activities. Avoid add
* Using simple combining, produce the no. of events v/s bounds on Ks plot for up to 1000 events. This is done by assuming that the population of 1000 events is made by repeatation of 10 O1-O2 events with suitable SNR scaling such that they follow 1/rho^4 distribution (Saleem).
* Using simple combining, produce the no. of events v/s bounds on Ks plot for up to 1000 events. This is done by assuming that the population of 1000 events is made by repeatation of 10 O1-O2 events with suitable SNR scaling such that they follow 1/rho^4 distribution (Saleem).
* Repeat the same in Hierarchical framework such that we can constrain the fraction of events that is in favour of BBH (Saleem+).
* Repeat the same in Hierarchical framework such that we can constrain the fraction of events that is in favour of BBH (Saleem+).
-----------------------
________
# Stealth/systematic biases in the compact binary parameter estimation due to spin induced moments.
# Stealth/systematic biases in the compact binary parameter estimation due to spin induced moments.