1486 · 165497431 + 1
At this site we maintain a list of the 5000 Largest Known Primes which is updated hourly. This list is the most important PrimePages database: a collection of research, records and results all about prime numbers. This page summarizes our information about one of these primes.
This prime's information:
| Description: | 1486 · 165497431 + 1 |
|---|---|
| Verification status (*): | Proven |
| Official Comment (*): | [none] |
| Proof-code(s): (*): | A11 : Anonymous, Srsieve, CRUS, PRST |
| Decimal Digits: | 1103049 (log10 is 1103048.4278731) |
| Rank (*): | 992 (digit rank is 1) |
| Entrance Rank (*): | 877 |
| Currently on list? (*): | yes |
| Submitted: | 4/1/2024 09:34:20 UTC |
| Last modified: | 4/2/2024 07:37:19 UTC |
| Database id: | 137908 |
| Status Flags: | none |
| Score (*): | 46.9339 (normalized score 6.0716) |
Verification data:
The Top 5000 Primes is a list for proven primes only. In order to maintain the integrity of this list, we seek to verify the primality of all submissions. We are currently unable to check all proofs (ECPP, KP, ...), but we will at least trial divide and PRP check every entry before it is included in the list.
field value prime_id 137908 person_id 9 machine Using: Digital Ocean Droplet what prime notes Command: /var/www/clientpool/1/pfgw64 -V -f -t -q"1486*165^497431+1" >command_output 2>&1
PFGW Version 4.0.4.64BIT.20221214.x86_Dev [GWNUM 30.11]
Primality testing 1486*165^497431+1 [N-1, Brillhart-Lehmer-Selfridge]
trial
Running N-1 test using base 3
Special modular reduction using all-complex AVX-512 FFT length 420K, Pass1=1344, Pass2=320, clm=1 on 1486*165^497431+1
Running N-1 test using base 7
Special modular reduction using all-complex AVX-512 FFT length 420K, Pass1=1344, Pass2=320, clm=1 on 1486*165^497431+1
Calling Brillhart-Lehmer-Selfridge with factored part 46.96%
1486*165^497431+1 is prime! (15638.2907s+0.0124s)
[Elapsed time: 4.35 hours]modified 2024-04-02 07:06:18 created 2024-04-02 02:45:35 id 183750
Query times: 0.0002 seconds to select prime, 0.0003 seconds to seek comments.
Printed from the PrimePages <t5k.org> © Reginald McLean.