At its core, the study of polynomial time algorithms seeks procedures that can resolve intricate problems within a time frame that scales polynomially with the size of the input. This framework ...

What do Sudoku, AI, Rubik’s cubes, clocks and molecules have in common? They can all be reimagined as algebraic equations.

Bitcoin.ℏ uses SHA-384 and Hedera Hashgraph to counter quantum threats, offering stronger security than traditional ...

With quantum computing only a few years away, quantum security is already a priority for organizations working on developing ...

Polynomials above 4 degrees have a shiny new target on their back.

Quantum is critical to US tech leadership—ignoring it risks economic, scientific, and national security setbacks. The tip of ...

M odern digital security relies heavily on encryption algorithms grounded in difficult math problems, which is the backbone ...

However, the randomized solutions currently known have a time complexity that is exponential in n with no additional assumption. This fact yields the following two questions: Is it possible to ...

Abstract: To address the issues of low accuracy and poor adaptability in traditional dynamic parameter identification methods for heavy-haul trains, this article proposes a polynomial nonlinear ...