Quantum computing will not deliver truly useful business results overnight, but the pace of progress is no longer linear; it’s combinatorial.

When quantum computers become commonplace, current cryptographic systems will become obsolete. Scientists are racing to get ...

AI has entered a new phase. It is no longer just about building larger models or accessing more data. Today’s competition ...

Building upon the construction of sparse neural networks, WiMi further developed a quantum ordinary differential equation (ODE) system corresponding to sparse training. This system requires both ...

For example, Mklas encryption, Merkle hash, three signatures, Merkle-Hellman knapsack encryption and Bushman Williams classmate encryption are the new quantum cryptographic algorithms.

APL researchers have demonstrated that a quantum algorithm can be used to speed up an information analysis task that classical computers struggle to perform.

For example, there's always a trade-off in processing power; it wouldn't make much sense to use complex, power-hungry algorithms to secure low-priority data when a simpler system might be ...

In addition, the algorithms used in these tests aren't useful in the sense that no commercial customer would pay to run them. The logical qubit count will have to be brought up before that's going ...