Aliquot sequences starting on integer powers n^i

Search and page maintained by Jean-Luc Garambois
Page designed by Karsten Bonath, 2018

Aliquot sequences starting on integer powers n^i (for Open-End sequences, size of terms up to 10^120)

Reservation page, page summarizing the progress of calculations

Web site of this page : www.aliquotes.com
Origin and storage of data: factordb

Definitions

SymbolExplanation
A"A" is the code of the one who has booked or calculated the aliquot sequence
A Anonymous ; GAR Garambois ; LRV LaurV ; KRB karsten Bonath ; RFD RichD ; WPO wpolly
A 7Green: aliquot sequence arrived at a prime number after 7 iterations, calculations made by Anonymous
GAR 29Blue: aliquot sequence arrived on a cycle after 29 iterations, calculations made by Garambois
AOrange: Open-End sequence calculated up to 10^120, calculations made by Anonymous
Colorless: aliquot sequence not yet calculated or reserved
Note about n: Unnecessary to include for example n=8 or n=4 because they are powers of 2 already done.

Data table for n = 2
Stats: All: 500 /  Done: 471  /  Open: 26 (26)  /  Cycle: 3 

Data table for n = 3
Stats: All: 251 /  Done: 135  /  Open: 116 (50)  /  Cycle: 0 

Data table for n = 5
Stats: All: 171 /  Done: 89  /  Open: 80 (45)  /  Cycle: 2 

Data table for n = 6
Stats: All: 154 /  Done: 77  /  Open: 75 (19)  /  Cycle: 2 

Data table for n = 7
Stats: All: 141 /  Done: 75  /  Open: 64 (11)  /  Cycle: 2 

Data table for n = 10
Stats: All: 120 /  Done: 61  /  Open: 58 (17)  /  Cycle: 1 

Data table for n = 11
Stats: All: 100 /  Done: 58  /  Open: 41 (4)  /  Cycle: 1 

Data table for n = (10^10+19)
Stats: All: 15 /  Done: 8  /  Open: 7 (5)  /  Cycle: 0