Novel password

Abstract

The invention discloses a novel password. The novel password comprises the following steps: (1) firstly, encoding and encrypting Chinese characters (generally adopting 4-6 Arabic numerals); (2) the first encryption result is one of a telegram code, a Chinese character code and a self-encoding; (3) substituting the coded numbers of the Chinese characters into a Goldbach conjecture equation for secondary encryption, wherein the secondary encryption mode is a self-set calculation mode; and (4) performing three-level or four-level encryption on the data obtained in the Goldbach conjecture equation(which can be set according to the requirement of secrecy) to obtain a novel Hange password. Compared with the prior art, the method has the advantage that any two different even numbers have different guessing equations. Therefore, the Chinese-wikstroemia password based on the wikstroemia password has regularity and uniqueness.

Description

technical field [0001] The invention relates to the field of cipher compilation, in particular to a new type of cipher. Background technique [0002] 1. There is a major problem of uncoded availability in the field of encryption in today's era. [0003] (1) In the 1970s, three American mathematicians proposed a new encoding method called RSA code. At that time, the three inventors also announced a cipher with 129 digits and offered a reward of $100 to decipher it. They predicted that it would take at least 20,000 years for people to decipher it. Even if the performance of the computer is improved by a hundred times, it will take 200 years. But only less than 18 years later, the code was deciphered. [0004] In the face of quantum computers with supercomputing capabilities, the self-righteous super passwords of human beings are being cracked again and again, and people are becoming more and more anxious and uneasy: the current encryption system based on the difficulty of so...

AI Technical Summary

Problems solved by technology

[0009] (5) However, there are some problems in quantum cryptography as follows: (The reason why we copy these problems in quantum cryptography from the Internet is not to attack and slander, but to compare and contrast, so as to facilitate the improvement and improvement of Hange cipher Complete

Therefore, efficient photon detectors must be used in quantum cryptography to reduce the system's own errors and thwart the attempts of potential eavesdroppers

[0011] ②In addition, even when there is no eavesdropper in the quantum cryptography system, due to the system's own errors, the information received by the receiver will hav

Images