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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 |