📺 https://youtu.be/81h27IdKHoE

FREE summer lecture series! 😱 Join this free and open to the public lecture series where faculty share their perspective on the COVID-19 pandemic.

https://t.co/AU3goKxBXX

ICME Fundamentals of Data Science summer workshops will be offered online this year from August 17-22, 2020. These one-day workshops cover a wide range of topics, from Machine Learning to Programming in Python. For more information, please visit https://t.co/Uo93Uc1INU

Twenty Years of Network Science: A Bibliographic and Co-Authorship Network Analysis, by Roland Molontay and Marcell Nagy https://t.co/ABb7Ra7UC1. The authors define a "network scientist" as someone who has published at least 1 paper that cites at least 1 of the following 3 papers https://t.co/9pySMQh72j

شبیه‌سازی بازی مار و پله در پایتون:

https://jakevdp.github.io/blog/2017/12/18/simulating-chutes-and-ladders/

شبیه سازی آشوب در آونگ سه‌گانه با پایتون:

Triple Pendulum CHAOS!
https://jakevdp.github.io/blog/2017/03/08/triple-pendulum-chaos/

Frequentism and Bayesianism:

5-part series: Part I, Part II, Part III, Part IV, Part V
See also Frequentism and Bayesianism: A Python-driven Primer, a peer-reviewed article partially based on this content.

Conway's Game of Life in Python

In 1970 the British Mathematician John Conway created his "Game of Life" -- a set of rules that mimics the chaotic yet patterned growth of a colony of biological organisms. The "game" takes place on a two-dimensional grid consisting of "living" and "dead" cells, and the rules to step from generation to generation are simple.

I was thinking about classic problems that could be used to demonstrate the effectiveness of Python for computing and visualizing dynamic phenomena, and thought back to a high school course I took where we had an assignment to implement a Game Of Life computation in C++. If only I'd had access to IPython and associated tools back then, my homework assignment would have been a whole lot easier!

Here I'll use Python and NumPy to compute generational steps for the game of life, and use my JSAnimation package to animate the results.

https://jakevdp.github.io/blog/2013/08/07/conways-game-of-life/

〽️آیا از اینکه خوب مفاهیم آمار و احتمال رو متوجه نمی‌شوید، خسته شده‌اید؟ پس این صفحه حتما به دردتون می‌خوره :)


پ ن: واقعا چینی‌ها خوبن، تا یک چیز خوبی درست میشه، سریع به چینی هم ترجمه می‌کنن که مردمانشون استفاده کنن ....


https://seeing-theory.brown.edu/#firstPage

Ellis QPhML 2020

https://ellisqphml.github.io/qphml2020

This conference is a hidden gem on physics & ML with a great lineup. Full of physicists who worked on ML its theory or its quantum aspects for decades.

Crazy fast code for SIR on temporal networks
https://petterhol.me/2018/07/23/crazy-fast-code-for-sir-on-temporal-networks/

Fastest network-SIR code in the East
https://petterhol.me/2018/02/07/fastest-network-sir-code-in-the-east/

Just released a #python porting of multinet library: https://t.co/Ztmv86q3UY Resources (including an example notebook): https://t.co/eKCcumppLN Comments/feedback welcome, code & issues here: https://t.co/aWd8hdq2Yy

💰 I am looking for a #postdoc to join the research group on Social Complexity and Collapse at the #CSHVienna: https://t.co/pIUIu43UXL

Here's the position description:
https://t.co/fWON3Yp9RP

Please spread the word!

🎞 https://www.aparat.com/v/7E94M

The listed of Invited Speakers has been posted for Conference on Applications of Dynamical Systems (#SIAMDS21, #SnowbirdForever): https://t.co/AscRd3jUNy

Statistical physics and machine learning with David J. Schwab, (The Graduate Center, CUNY)

Part I:
Part II:

🔸About the lecture
🔹 Adventures in the Theoretical Sciences