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Todd Rowland
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A simple introduction to the sequence in [Numberphile YouTube video][1]: &[Wolfram Notebook][2] [1]: https://youtu.be/co5sOgZ3XcM [2]: https://www.wolframcloud.com/obj/71a44e85-879e-4e6a-be46-356cd297130c
Yes, that's a good way too. You can't go wrong with powers of two.
Congratulations! This post was featured in the Wolfram Blog [***Wolfram Community Takes on Current Events: COVID-19 Data, Green Spaces, Homeschool Puzzles and More***][1]. We are looking forward to your future contributions. [![enter image...
Great! You got "First Edition, First Printing" Audio books are only good enough for some concepts. But, Nothing beats printed Books. By definition, Books are printed material, aren't they?
Thanks, yes, that sounds familiar from a talk Eric Rowland gave. It is pretty neat though, and yeah, a little hard to explain in words.
What do you get someone who already has all the Mathematica T-shirts and posters? (Sadly, this link to the good stuff at the Wolfram store is almost impossible to find https://store.wolfram.com/view/misc/ ) Maybe they've already read A New...
I wanted an unlabeled map for a geography test, and looking at the web I realized it would be easier to just make a custom map using CountryData. Turned out I had to instead use AdministrativeDivisionData for the US states, and I had to do a web...
I just noticed a [paper][1] that Carlo Rovelli wrote on the 2nd law of thermodynamics. He is a physicist famous for quantum gravity, and usually has interesting things to say, but he seems to not have read Stephen Wolfram's [A New Kind of...
One approach is to make a parametrized guess and then use Reduce. For example, try g[c0_,c1_,c2_][x_]:=c0+c1*x+c2*x^2 and then use Reduce on a small set of examples. FullSimplify[Reduce[...
Guillermo, Rohit, Thanks for both your replies. I am discovering there are usually quite a few ways to achieve something in Mathematica! Regards, Paul