Search results
2 days ago · In 1994, American scientist Peter Shor startled the world when he proved future quantum computers would be able to crack standard encryption algorithms alarmingly fast.
2 days ago · In 1994, American scientist Peter Shor startled the world when he proved future quantum computers would be able to crack standard encryption algorithms alarmingly fast. In the 30 years since, however, researchers have only found a handful of other problems these computers can solve quicker than normal ones.
2 days ago · The quintessential theoretical application of this quantum computing power is Shor’s Algorithm, published by MIT mathematician Peter Shor in 1994. Shor showed that a quantum computer armed with his algorithm could factor large numbers so quickly that it could, among other things, decode in a matter of hours the Rivest–Shamir–Adleman encryption that protects bank transactions.
4 days ago · Peter+Shor says: June 30, 2024 at 4:08 pm To talk about a somewhat different field, statistical mechanics, ... This is a great idea for a post Peter.
2 days ago · In 1994, American scientist Peter Shor startled the world when he proved future quantum computers would be able to crack standard encryption algorithms alarmingly fast. In the 30 years since, however, researchers have only found a handful of other problems these computers can solve quicker than normal ones.
4 days ago · But Peter Shor proved that a quantum algorithm can crash RSA algorithm . After that, most classical public-key cryptosystems were proved to be insecure under attacks on a quantum computer. So Gottesman first gave a quantum one-way function [ 17 ], in which he thought that the function could be used to build a quantum public-key algorithm.
3 days ago · Peter W. Shor; A computer is generally considered to be a universal computational device; i.e., it is believed able to simulate any physical computational device with a increase in computation ...
