Lattice Based Encryption Example

Quantum circuits researchers explore quantum circuits to make it easier for quantum computers to perform mathematical problems. In general, it can be said that almost

This article discusses quantum computing and its potential applications. A quantum computer is a computer that uses quantum mechanics, which allows it to perform calculations

This article discusses the Falcon cryptographic signature algorithm, which has been selected by NIST as a post-quantum cryptography standard. Falcon is based on the theoretical

In recent years, the rise of blockchain technology has revolutionized the way we conduct transactions online. This revolutionary technology has made it possible to securely

As mentioned in other articles, Tidecoin mining algorithm is ASIC’s neutral and gpu unfriendly. Therefore, private devices can be used excellently to mine the coin.Tidecoin

It presents us with dazzling challenges when we find the result that plants grow according to the e function. For us, the pond was “suddenly”

Tidecoin uses FALCON as the signature algorithm for the signature. FALCON uses a lattice-based approach.This article aims to briefly outline what mathematical problem is behind

Both new NIST crypto standards for signatures (FALCON and CRYSTALS-Dilithium) are particularly suitable for time-critical applications. [page 2] Both are based on the lattice-based cryptography

An analog computer uses bits to represent information. A bit has a clearly defined status of 0 or 1. The step-by-step storage and forwarding of

“The famous Shor algorithm allows an opponent to break ECDSA by a quantum computer that is sufficiently efficient.” page 269,  Koustav Kumar Mondal  and  Deepsubhra

This article should give a short example, how lattice based encryptions are working. Following parameters are given. n is the number of matrixes, which are