n calculated from only two numbers p and q are multiplied together - both p and q must be kept secret. Normally discarded after a key has not been used for encryption / decryption
e. There are a number of extras with. (P-1) (Q-1)
Private Key: D = E-1 (mod (P-1) (Q-1))
Encrypting: C = Me (mod n)
Decrypting: M = CD (mod n)
either. the idea that this method is very safe and that takes millions of years to separate. The main factor of the number 129 out whether using powerful computing any size. The problem of factoring 129, this is well known in mathematics and computer that "RSA 129" number that is "114 381 625 757 888 867 669 235 779 967 146 612 010 218 296 721 242 362 562 561 842. 935 706 935 245 733 897 830 597 123 563 958 705 058 989 075 147 599 290 026 879 543 541 "No. This publication is a puzzle in the column Mathematical Games in Scientific American by Martin Gardner in 1977 (before the RSA. to be published) .. No one can find the answer in that period until the year 1993, so there are people trying to solve this puzzle again Paul Leyland (Paul Leyland), Michael Graff (Michael Graff) and. The rectory Atkins (Derek Atkins), who tries to solve this by getting the support of volunteers, more than 600 people around the world to run applications written by Kate. Lane Telstra (K. Lenstra) in time. night to help find answers through the Internet in April 1994, the mystery was solved a number of specific measures 64 and 65 is a "3 490 529 510 847 650 949 147 849 619 903 898 133 417 764 638 493. 387 843 990 820 577 "with" 32 769 132 993 266 709 549 961 988 190 834 461 413 177 642 967 992 942 539 798 288 533 ", and has decoded a message that" The magic words are Squeamish and Ossifrage "story. this
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