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- From: Horváth Zsolt Endre <horvath.zsolt.endre AT ek.hun-ren.hu>
- To: energiausers AT lists.ek-cer.hu, fizinfo AT lists.kfki.hu, optilab AT t-online.hu, wignerusers-all AT wigner.hun-ren.hu, Deme Livia Rozália <deme.livia AT epss.hun-ren.hu>
- Subject: [Fizinfo] EK MFA szeminárium, Gustavo Deco, 2026 február 26, csütörtök 13.00
- Date: Thu, 19 Feb 2026 08:50:17 +0100
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Kedves Kollégák!
Figyelem, a szokásostól eltérő időpont!
2026 február 26-án, csütörtökön 13 órakor kerül sor a KFKI 26. épület, 1 emeleti tanácsteremben
Gustavo Deco
(University Pompeu Fabra, Barcelona - Center for Brain and Cognition)
előadására
"THE COMPUTING BRAIN: Explaining cognition through a realistic whole-brain anatomically constrained-reservoir model"
címmel.
Abstract:
The perhaps most important unsolved problem in neuroscience is how the brain survives in a complex world by performing a rich repertoire of computation on a minimal energy budget. The brain is much better at adapting to the multiplicity of stimuli and outcomes than current generations of computers, artificial neural deep learning and reservoir
model architectures. Yet, at first glance the brain appears to use a fixed anatomical architecture to perform the necessary huge variety of computations. But evolution’s boldest trick is that in fact the brain’s effective connectivity is constantly being updated through neuromodulation to allow the rich repertoire of computation. Inspired by this, we created a whole-brain model using empirical neurotransmitter maps modulating the
underlying local regional dynamics. This NEMO (neurotransmission modulated)
whole-brain model is able to flexibly compute the full task repertoire and associated functional connectivity of the neuroimaging data from 971 healthy participants. For each individual we defined a measure of ‘brain computability’ as the fitting of the NEMO whole-brain model to all tasks performed by the individual. Importantly, brain computability correlates with both behavioural performance on individual tasks and with a general behavioural measure of intelligence. Overall, our proposed unifying NEMO framework offers a natural way to sculpt different brain dynamics
in a fixed brain architecture to compute the rich repertoire of tasks required for surviving and thriving.
Online is követhető lesz az előadás a következő linken:
https://upf-edu.zoom.us/j/4996318059?omn=96943846427
Minden érdeklődőt szívesen látunk!
Horváth Zsolt Endre
Szeminárium koordinátor
Dr. Zsolt E. HORVÁTH
HUN-REN Centre for Energy Research
Institute for Technical Physics and Materials Science
(HUN-REN EK MFA)
Konkoly Thege Rd. 29-33, 1121 Budapest,
Mail: P.O.Box 49, H-1525 Budapest, Hungary
Phone: +36-1-392-2680, Fax: +36-1-392-2226
e-mail:horvath.zsolt.endre AT ek.hun-ren.hu
<mailto:horvath.zsolt.endre AT energia.mta.hu>
- [Fizinfo] EK MFA szeminárium, Gustavo Deco, 2026 február 26, csütörtök 13.00, Horváth Zsolt Endre, 02/19/2026
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