The Science of Patterns 

Keep making these. My notes are way more intense while listening to your videos compared to any other educational videos. These videos are dense, not many words are wasted.

I'm so happy I discovered this channel and your website today. This is top quality content, covering concepts and tools that can drastically improve how we think about the world. Truly appreciated.

Excellent series

I don't know if it's the voice but.... although I understood all that's been said, I now need to take a nap and it's only 9am in the morning.

Thank you so much for making this series!! Liked subscribed and turned on the notification bell!!

In general nonlinear does not mean, that they have to have be "not a straight line on the graph of proportionality" (at 6:00 minutes into the film). A parabola describing correlation is still linear. A better description of the nonlinear phenomena is "lack of ability to extrapolate" from the previous (or nearby) part of the relationship. I am guessing that this concept might be equivalent to a concept of a function. If a function is discontinuous at some point, for example it jumps suddenly or if it splits in two, or if it is simply not defined, the function can be termed as nonlinear. Similar thing can be said about correlation.

Great description of pattern concepts!

f(x) = 2x should be f(x) = 2^x I think

What is the difference between emergence and algorithm?

f(X) = 2^X, not 2X

I prefer the voice of the man in the first video .. the rest is excellent

i didn't understand a single thing can you make more simple