A new method is developed for the simulation of carbon nanotubes (CNTs) based on the molecular mechanics (MM) and cellular automata (CA) algorithms. The proposed atomic-based CA algorithm (ACAA) is as ...

Recent studies have advanced the field by developing efficient algorithms to decide chaotic behaviour in linear cellular automata, thus ensuring that these systems meet essential criteria for ...

When von Neumann created the first system of cellular automata in the '40s it was purportedly to study self-replicating robots. It's taken this long for someone to finally figure out his true ...

Of these, the most notable is probably the Rule 110 elementary cellular automaton. The simplicity of Elementary CAs limits the number of possible rule sets to 256 possible different implementations.

For a one-dimensional cellular automaton, we prove that ergodicity is equivalent to nilpotency, and is therefore undecidable. We then propose an efficient perfect sampling algorithm for the invariant ...

Brain-CA: A Cellular Automata-Inspired Architecture for Energy-Efficient CPU Design Brain-CA reimagines the CPU itself.

By running the cellular automata simulations on the “starmap,” the Chaffins were eventually able to generate the image of the amino acids.

References [1] An efficient algorithm deciding chaos for linear cellular automata over ( Z / m Z ) n with applications to data encryption. Information Sciences (2024).