Thanks! I use google slides. The 'trick' is that I create the plots in MATLAB and set the figure background to be the same color as the google-slides background color. That makes the data graphs look seamlessly integrated into the slides. I also had my slide-deck template (colors, layouts, etc) created by a professional science graphics designer.
@@mikexcohen1 Thank for the reply. I am actually faced with a problem of testing the hypothesis of low frequency phase modulating high frequency amplitude. This seems apt for that (method 1 from your paper). I am yet to give it a thorough read, but I wonder if it can be used to look at these PAC relations in a spatio--temporal manner. I am dealing with lfp data. Thanks again!
You've really made a great contribution to the field of neuroscience
Thank you kindly, 颜少听.
I really appreciate your work, your honesty and the clarity with which you explain complex topics . All I know about EEG is because of you. Thank you!
aww, thanks!
is the reason for this is energy conservation in the brain? in either case, the coupling or the other model?
You are the man
Thanks bro.
Excellent presentation and just what I wanted, when I started looking for multi-channel CFC measures! What program do you use for making slides ?
Thanks! I use google slides. The 'trick' is that I create the plots in MATLAB and set the figure background to be the same color as the google-slides background color. That makes the data graphs look seamlessly integrated into the slides. I also had my slide-deck template (colors, layouts, etc) created by a professional science graphics designer.
@@mikexcohen1 Thank for the reply. I am actually faced with a problem of testing the hypothesis of low frequency phase modulating high frequency amplitude. This seems apt for that (method 1 from your paper). I am yet to give it a thorough read, but I wonder if it can be used to look at these PAC relations in a spatio--temporal manner. I am dealing with lfp data. Thanks again!
Gratitude for your free book on Kindle!
You keep amazing me!
And you keep making me blush :P