[BIC-announce] PERFORM Colloquium, Dec 20: Multifractal Analysis of Neural Activity (MEG) Reveals Convergence to an Optimal Regime in Cortex that Predicts Learning

[Christophe Grova]

See below an interesting talk organized on our side of the city at PERFORM center, a good occasion to come to visit us just before the holiday break !



[X]
________________________________
From: performcentre at concordia.ca <performcentre at concordia.ca> on behalf of PERFORM Centre <performcentre at concordia.ca>
Sent: Thursday, December 7, 2017 12:01 PM
To: Christophe Grova, Dr.
Subject: PERFORM Colloquium, Dec 20: Multifractal Analysis of Neural Activity (MEG) Reveals Convergence to an Optimal Regime in Cortex that Predicts Learning

Mesoscopic brain activity recorded using magnetoencephalography (MEG) is usually analyzed through oscillatory regimes in different frequency bands (α,β,γ...). Brain activity also....
Trouble viewing this email? Click here for the online version<https://perform.concordia.ca/email/forward.asp?target=viewonline&eml=310&sub=GHEF&list=A&id=4462&ref=Colloquiumemail>
[Concordia University]<https://perform.concordia.ca/email/forward.asp?target=concordialogo&eml=310&sub=GHEF&list=A&id=4462&ref=Colloquiumemail>         [PERFORM Centre] <https://perform.concordia.ca/email/forward.asp?target=performlogo&eml=310&sub=GHEF&list=A&id=4462&ref=Colloquiumemail>

PERFORM Colloquium Series


You are kindly invited to join us for the next PERFORM Colloquium.

[Philippe Ciuciu, PhD]<https://perform.concordia.ca/email/forward.asp?url=www.concordia.ca/cuevents/offices/vprgs/perform/2017/12/20/multifractal-analysis-of-neural-activity.html&eml=310&sub=GHEF&list=A&id=4462&ref=Colloquiumemail>

[https://perform.concordia.ca/Email/img/btn_calendar_80.png]<https://perform.concordia.ca/email/forward.asp?cal=PERFORM_Colloquium_20171220&eml=310&sub=GHEF&list=A&id=4462&ref=Colloquiumemail>  [https://perform.concordia.ca/Email/img/btn_map_80.png] <https://perform.concordia.ca/email/forward.asp?target=performmap&eml=310&sub=GHEF&list=A&id=4462&ref=Colloquiumemail>
[https://perform.concordia.ca/Email/img/btn_info_189.png]<https://perform.concordia.ca/email/forward.asp?url=www.concordia.ca/cuevents/offices/vprgs/perform/2017/12/20/multifractal-analysis-of-neural-activity.html&eml=310&sub=GHEF&list=A&id=4462&ref=Colloquiumemail>

Multifractal Analysis of Neural Activity (MEG) Reveals Convergence to an Optimal Regime in Cortex that Predicts Learning

Mesoscopic brain activity recorded using magnetoencephalography (MEG) is usually analyzed through oscillatory regimes in different frequency bands (α,β,γ...). Brain activity also comprises arrhythmic or scale-free dynamics (1/f power spectrum) whose characterization is usually quantified by a single parameter (e.g., Hurst exponent) which reflects the long range temporal autocorrelation or self-similarity. Here, we propose to enrich this description with multifractality that measures transient oscillating temporal structures...

More information<https://perform.concordia.ca/email/forward.asp?url=www.concordia.ca/cuevents/offices/vprgs/perform/2017/12/20/multifractal-analysis-of-neural-activity.html&eml=310&sub=GHEF&list=A&id=4462&ref=Colloquiumemail>


Wednesday, December 20, 2017
16:00 - 17:00

PERFORM Centre<https://perform.concordia.ca/email/forward.asp?target=performmap&eml=310&sub=GHEF&list=A&id=4462&ref=Colloquiumemail>
7200 Sherbrooke St W. PERFORM Centre, Room PC 2.115

[https://perform.concordia.ca/Booking/img/calendar15.png]  download to calendar<https://perform.concordia.ca/email/forward.asp?cal=PERFORM_Colloquium_20171220&eml=310&sub=GHEF&list=A&id=4462&ref=Colloquiumemail> (.ics file)


Presented by:

Philippe Ciuciu, PhD,

Senior Research Scientist,
French Atomic Energy Commission (CEA)


Everyone is welcome. This event is free of charge. No registration required.




The complete colloquium schedule is on our web site<https://perform.concordia.ca/email/forward.asp?target=colloquium&eml=310&sub=GHEF&list=A&id=4462&ref=Colloquiumemail>. For more information contact Wendy Kunin:

wendy.kunin at concordia.ca<mailto:wendy.kunin at concordia.ca?subject=Re:%20PERFORM%20Colloquium,%20Dec%2020:%20Multifractal%20Analysis%20of%20Neural%20Activity%20(MEG)%20Reveals%20Convergence%20to%20an%20Optimal%20Regime%20in%20Cortex%20that%20Predicts%20Learning>
(514) 848-2424 ext.5295<tel:15148482424,,5295>
PERFORM Centre<https://perform.concordia.ca/email/forward.asp?target=performurl&eml=310&sub=GHEF&list=A&id=4462&ref=Colloquiumemail>


Thank you,
The PERFORM Centre
Concordia University    [Facebook] <https://perform.concordia.ca/email/forward.asp?target=facebook&eml=310&sub=GHEF&list=A&id=4462&ref=Colloquiumemail>  [Twitter] <https://perform.concordia.ca/email/forward.asp?target=twitter&eml=310&sub=GHEF&list=A&id=4462&ref=Colloquiumemail>  [Instagram] <https://perform.concordia.ca/email/forward.asp?target=instagram&eml=310&sub=GHEF&list=A&id=4462&ref=Colloquiumemail>



You received this email due to your affiliation with the PERFORM Centre
with an interest in research projects and events at PERFORM.
Click here to unsubscribe or change your settings<https://perform.concordia.ca/Subscribe/manage.asp?sid=DDDDGDGJ&rid=GHEF&pid=DDDDFDHE>.



  www.concordia.ca/perform<https://perform.concordia.ca/email/forward.asp?target=performurl&eml=310&sub=GHEF&list=A&id=4462&ref=Colloquiumemail>
        [PERFORM Centre] <https://perform.concordia.ca/email/forward.asp?target=performsignature&eml=310&sub=GHEF&list=A&id=4462&ref=Colloquiumemail>

-------------- next part --------------
An HTML attachment was scrubbed...
URL: <http://www.bic.mni.mcgill.ca/pipermail/bic-announce/attachments/20171211/157a3028/attachment.html>