Thanks a lot for posting this! I also have the same feeling as finm in that I wanted to write something like this. But even if I had written it wouldn’t have been as extensive as this one is. Wonderfully done!
To add to the pool of resources that the post has already linked to:
You can meet other people interested in Complexity Science/Systems Thinking here: https://www.complexityweekend.com/ It is a wonderful community with a good mix of rookies and experts. So even if you are new to Complexity you should feel free to join in. I participated in their latest event and got a lot out of it (specifically on making ABMs with MESA)
If you want a simple (also free!) intro to Complexity, I would recommend Introduction to the Modeling and Analysis of Complex Systems by Hiroki Sayama. If you go to the Wikipedia page on Complex System, the picture in it that portrays several subfields of Complexity was taken from this book. It should be easy to follow if you just know high school math. I have personally only read the Networks part of it (since that is the subfield of Complexity I have mostly worked on) and it was good enough to get my feet wet.
Thanks a lot for posting this! I also have the same feeling as finm in that I wanted to write something like this. But even if I had written it wouldn’t have been as extensive as this one is. Wonderfully done!
To add to the pool of resources that the post has already linked to:
You can meet other people interested in Complexity Science/Systems Thinking here: https://www.complexityweekend.com/ It is a wonderful community with a good mix of rookies and experts. So even if you are new to Complexity you should feel free to join in. I participated in their latest event and got a lot out of it (specifically on making ABMs with MESA)
If you want a simple (also free!) intro to Complexity, I would recommend Introduction to the Modeling and Analysis of Complex Systems by Hiroki Sayama. If you go to the Wikipedia page on Complex System, the picture in it that portrays several subfields of Complexity was taken from this book. It should be easy to follow if you just know high school math. I have personally only read the Networks part of it (since that is the subfield of Complexity I have mostly worked on) and it was good enough to get my feet wet.