# User Portlet

Marvin Ray Burns
Discussions
You can use Bing AI and Google CPT to make Mathematica code. They will give you a good start, but occasionally you must make a few corrections. ![enter image description here][1] This time the AI pulled off what it promised without error! ...
Probably the last update on the 5,500,000 digit computation: Print[7211520/7405568*100., "% done."] 97.37970132743364% done. When it is done, having the same first 5,500,000 digits found in the previous 6,000,000 digit...
Ther following question came about from my Mathematica 13.2.1 by feeding the following Wolfram MathWorld reference commands into an AI chat: &[Wolfram Notebook][1] Per Wolfram MathWorld's [MRB constant][2], [Euler-Mascheroni Constant][3]...
Sometimes you have to do a little analysis on simpler forms compared to the full expression and make a guess. But come to find out none of this was necessary; see Gianluca Gorni's reply. [1]:...
Here it is—a video of the lecture. https://youtu.be/5rqz-qVCjNY The volume is a little low, so turn up your volume.
The difference between it and the following rational number is on the order of $10^{-22,426}.$ Further, the difference between it and the much more concise (albeit factored) rational number is on the order of $10^{-7018}.$ &[Wolfram Notebook][1] ...
The MRB constant record computations are given [here][1] in the Wolfram community. To help in the loading times of that extensive discussion, I've moved its applications to this separate discussion. **C** *MRB* and its applications ...
Does n have to be a positive integer?
If I opened the right windows, the Wolfram|Alpha command had an overall 'divided by n,' while the Mathematica command didn't.
I was hoping that I could find a grad student that would be willing to investigate my analysis of the MRB constant, as well as my procedural and numerical methods found in the Wolfram Community post, [Try to beat these MRB constant records][1]. I've...