the Turing Machine – Telegram
the Turing Machine
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Join me through the journey of learning Computational Neuroscience topics.
Useful resources, positions and much more!
Get in touch: @nosratullah
Website: nosratullah.github.io
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Forwarded from Scientific Programming (ZiAEE)
I am working on Modeling neural dynamics from Borgers using #brian2.

It's easy to learn and fast for development.
for a quick review and tutorial look at here.
There is also a course by #Gerstner which use brain2 in his book. [link to exercise]
The course is available by EPFL.
I am uploading the jupyter note books of Borgers using brian2 here.
Have fun coding!
Forwarded from Sci-Hub
10.1371@journal.pcbi.1008119.pdf
285.2 KB
Hagan, A. K., Lesniak, N. A., Balunas, M. J., Bishop, L., Close, W. L., Doherty, M. D., … Schloss, P. D. (2020). Ten simple rules to increase computational skills among biologists with Code Clubs. PLOS Computational Biology, 16(8), e1008119. doi:10.1371/journal.pcbi.1008119
Forwarded from Complex Systems Studies
💰 #PhD positions in neuroscience! Fully-funded, interdisciplinary, Bachelor's or Master's students can apply! Either in Bonn, #Germany or in Jupiter, Florida (#USA). Join the International Max Planck Research School for Brain and Behavior!
Deadline: November 15
https://www.imprs-brain-behavior.org/admissions/application-info/
Forwarded from Complex Systems Studies
thoughts on notable developments in #neuroscience over the past decades:
https://t.co/V3EMWH2yg2
Forwarded from Scientific Programming (ZiAEE)
Brian workshop, 9 Sep, 15-18 Iran time.
The material will be uploaded here.
To install the required package look here.

Please fill the google form for the registration (free of charge).
The language of workshop will be in Farsi (Excuseme nonpersian members).
Forwarded from Complex Systems Studies
#Postdoc position in Nonlinear Dynamics/Statistical Physics at Jacobs University Bremen, Germany
The project is on transient processes and rare events in complex systems, related to evolutionary game theory and heteroclinic dynamics. The focus is on the prediction of transient phenomena such as spatio-temporal pattern formation. Patterns range from temporal sequences of excitations in neural networks to self-organized spatial segregation and the formation
of temporary alliances between species in ecological or social systems, including extinction events, whose risk for occurrence should be analytically estimated. Possible applications refer in particular to cognitive dynamics, with transient heteroclinic processes being coupled and going on in parallel.
Very good programming skills and expertise with analytical calculations are required. Experience in bifurcation analyses and large deviation theory is desirable. The position is for 2 years with a possible start by the end of this year or earlier. https://www.jacobs-university.de/directory/meyer-ortmanns .
Forwarded from Scientific Programming (ZiAEE)
🍀 The Algorithms - Python


A beautiful and well-maintained repository of some classic and well-known algorithms from many different domains. This resource can help you understand how to implement algorithms while practicing programming using Python.

https://github.com/TheAlgorithms/Python
@omarsar0