
09:02
Put questions in this chat window or our slack channel and I will collate.

18:37
Breaking up!

21:15
For Nushkia, how do we measure R1 in observation?

29:17
For Preethi: If I understood, you are using complementary data with deeper imaging in some cases? If so, how do you deal quantifying the LSB features given there is a mixture of depths in the imaging?.

30:50
For Preethi, why bar fraction has correlation with HI, is it because bar funnels the gas ?

35:22
For Preethi: do you see LSB tidal features around galaxies at the lower mass end of your sample i.e 10^9 MSun

35:43
Ilsang - you may also be interested in Masters et al. 2012 where we also explored bar fraction and HI content.

39:51
Thanks Karen!

40:58
How does the new R1 measures correlate with Re?

42:46
I think you should also check correlations with Rp

42:51
The petrosian radius

44:13
Thanks everyone!

44:14
Thanks. :)

01:09:50
Post your questions here! I don’t want it to be just me!

01:09:53
actually i didn’t mention this because of time, but part of the sample i used for my work is from the 14000 objects in Nair & Abraham (2010) :D

01:14:03
Lior, Can you describe how you controlled for multiple testing when calculating the p-values?

01:15:46
A general question: how will Rubin improve this endevour? What is the expectation? (I am not from this field.)

01:17:17
for my case, it’s the depth. Rubin will provide deeper data to better characterise galaxy outskirts and their sizes (for our definition)

01:17:55
at least 10 times deeper or more than the images i am using now

01:17:57
Thanks!

01:19:20
good point, statistics!

01:23:44
Thank you!

01:23:55
Congrats Nushkia