(I was always wanting to learn Quantum Physics but was really lost on what to and learn and where from!
This newsletter is a fantastic resource for me to begin my journey sir, thank you from a graduate student who just began learning because of your newsletter ☺️✨
I'm working on a post to help explain exactly why the complex exponential results in the complex unit circle (compared to how a real exponential gives an exponential curve). Euler's formula gives an equality but doesn't really explain it. I think looking at their derivatives might, though.
Would love your thoughts on my primer to quantum and explaining Willow!
https://open.substack.com/pub/matthewharris/p/willow?r=298d1j&utm_medium=ios
Thanks for your comment.Your article was an interesting read !
Thank you! I'm new to the space but very interested
Welcome to the community!
(I was always wanting to learn Quantum Physics but was really lost on what to and learn and where from!
This newsletter is a fantastic resource for me to begin my journey sir, thank you from a graduate student who just began learning because of your newsletter ☺️✨
I have a long-standing love affair with the complex numbers!
https://logosconcarne.substack.com/p/easy-complex-numbers
I'm working on a post to help explain exactly why the complex exponential results in the complex unit circle (compared to how a real exponential gives an exponential curve). Euler's formula gives an equality but doesn't really explain it. I think looking at their derivatives might, though.
Subscribed! I’ll go through it :) Thanks for your comment!
Thanks for sharing!
Catch a bug in "Division of Complex Numbers":
`x/y = [(ac+bd)+ i(bc-ad)] /c² + d²` should be `x/y = [(ac+bd)+ i(bc-ad)] / (c² + d²)`
Fixed it. Thanks for pointing it out :)