Lowest-known Energy Configuration of N = 100 000 Coulomb Charges in a Disk: Breaking the 10^5 Barrier. Supplemental Material (Numerical Data)

Supplemental material of the paper "Lowest-known Energy Configuration of N = 100 000 Coulomb Charges in a Disk: Breaking the 10^5 Barrier". It contains the first calculation of a lowest-known energy configuration for N = 100 000 classical point charges confined to a disk and interacting via the 1/r Coulomb potential — a system size never before achieved for the Thomson problem in a disk.