R773 tested to n=400k (200-400k)

nothing found, 1 remain

Results emailed - Base released

S985
 

S985 tested to n=160K Nothing found

Continuing to n=200k

R782 tested to n=400k (200-400k)

nothing found, 1 remain

Results emailed - Base released

R783 tested to n=400k (200-400k)

nothing found, 1 remain

Results emailed - Base released

S507 tested to n=300k (100-300k)

1 prime found, 3 remain


292*507^142979+1


Results emailed - Base released

Reserving R790 to n=400k (200-400k) for BOINC

Reserving R812 to n=400k (200-400k) for BOINC

Reserving R813 to n=400k (300-400k) for BOINC

S653 tested to at least n=110k


I was lucky and already found a prime: 44*653^105477+1 is prime! (296911 decimal digits) Time : 522.792 sec.


By eliminating this k, it seems like I don't need to test half of the sieve file. I will continue with the other remaining k's. I attached the sieve file I used and the LLR results output.


matzetoni

R731 tested to n=400k (200-400k)

nothing found, 1 remain

Results emailed - Base released

R743 tested to n=400k (200-400k)

nothing found, 1 remain

Results emailed - Base released

R759 tested to n=400k (200-400k)

1 prime found, base proven


34*759^266676-1


Results emailed - Base released

R730 tested to n=400k (200-400k)

nothing found, 1 remain

Results emailed - Base released