Not sure how much it could add to the conversation, but I implemented a library to find almost minimal superpermutations in go a while back. Uses a technique I didn't see anywhere else.
This method produces superpermutations of length 1! + 2! + ... + n!, which was believed for a long time to be the best possible. But Greg Egan’s new result shows it’s possible to do a lot better than that.
This method produces superpermutations of length 1! + 2! + ... + n!, which was believed for a long time to be the best possible. But Greg Egan’s new result shows it’s possible to do a lot better than that.