-- Mar 31, 2016 (Ray Chandler) --

n=28455: p12912(1713313150......) is definitely prime.
# Certification is available at: http://stdkmd.com/nrr/cert/Phi/#CERT_PHI_28455_10
# See also http://stdkmd.com/nrr/repunit/prpfactors.htm

-- Mar 25, 2016 (Alfred Eichhorn) --

# via Kurt Beschorner
n=43777: c43777(1111111111......) = 4139925534720017738921 * c43755(2683891538......)
# ECM B1=11e3, sigma=1323024943
n=44059: c44059(1111111111......) = 748611401356592064758603 * c44035(1484229480......)
# ECM B1=11e3, sigma=3759316428
n=44207: c44207(1111111111......) = 7736180392063198877 * c44188(1436252846......)
# ECM B1=11e3, sigma=1343941583
# 138504 of 200000 Phi_n(10) factorizations were cracked.
# 13672 of 17984 R_prime factorizations were cracked.

-- Mar 23, 2016 (Maksym Voznyy) --

n=97687: c97681(1895696144......) = 915547794453541137423551 * c97657(2070559457......)
n=98717: c98678(6939600420......) = 3488945748719389733 * c98660(1989025029......)
n=99689: c99660(2836582741......) = 122603083043421157 * c99643(2313630841......)
# Prime95 v. 28.7, 80 ECM curves, B1=11000, B2=1100000

-- Mar 14, 2016 (Makoto Kamada) --

n=185020L: c32467(2012431099......) = 7214433233003169848621 * c32445(2789451416......)
n=188300L: c32145(1302823118......) = 1550563845767634863201 * c32123(8402253938......)
n=188300M: c32145(1829166594......) = 277319289295032144930001 * c32121(6595886636......)
n=190060L: c32250(6272417952......) = 454445339257840321 * c32233(1380235951......)
n=193060M: c32911(2385179937......) = 500281016285309416718480081 * c32884(4767680283......)
n=198940M: c32908(6156205506......) = 40416607031081 * c32895(1523187115......)
# P-1 B1=1e6

-- Mar 14, 2016 (Alfred Eichhorn) --

# via Kurt Beschorner
n=43441: c43441(1111111111......) = 8522590251042924773 * c43422(1303724663......)
# ECM B1=11e3, sigma=1577853969
# 138501 of 200000 Phi_n(10) factorizations were cracked.
# 13669 of 17984 R_prime factorizations were cracked.

-- Mar 13, 2016 (Makoto Kamada) --

n=168100M: c32800(9999999999......) = 27682540432730499505201 * c32778(3612385223......)
n=168820L: c32170(1131308574......) = 1652301659477052222901 * c32148(6846864603......)
n=169940L: c32690(9381750167......) = 406554912934347942304394451781 * c32661(2307621890......)
n=174980M: c32256(3541003541......) = 89348159062443560501 * c32236(3963152210......)
n=178100L: c32617(9469232256......) = 54870639857801 * c32604(1725737531......)
n=179180M: c32630(1301941363......) = 13955215512230181041 * c32610(9329424988......)
# P-1 B1=1e6

-- Mar 9, 2016 (Alfred Eichhorn) --

# via Kurt Beschorner
n=41597: c41597(1111111111......) = 25080615271076433241 * c41577(4430158905......)
# ECM B1=11e3, sigma=980086188
n=42071: c42071(1111111111......) = 99108383613936880597208111 * c42045(1121107085......)
# ECM B1=11e3, sigma=2701130461
# 138500 of 200000 Phi_n(10) factorizations were cracked.
# 13668 of 17984 R_prime factorizations were cracked.

-- Mar 6, 2016 (Ray Chandler) --

n=64060L: p12809(2824060999......) is definitely prime.
# Certification is available at: http://stdkmd.com/nrr/cert/Phi/#CERT_PHI_64060L_10
# See also http://stdkmd.com/nrr/repunit/prpfactors.htm

-- Mar 5, 2016 (Ray Chandler) --

n=27472: p12779(2206236194......) is definitely prime.
# Certification is available at: http://stdkmd.com/nrr/cert/Phi/#CERT_PHI_27472_10
# See also http://stdkmd.com/nrr/repunit/prpfactors.htm