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1 answer
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What are the differences/relationship between 2D Turing Machines and Cellular Automata

I have been reading up on 2D Turing machines on wolframscience and I am kind of confused about what exactly is the relationship between 2D Turing machines (like Paterson's worm and Langton's Ant) and ...
perrywinkle's user avatar
0 votes
2 answers
127 views

Is there any model of Game of Life compatible with hypercomputation?

I found a question in Mathematics Stack Exchange which asks a very similar question (https://math.stackexchange.com/questions/1023812/hypercomputation-higher-dimensional-variants-of-conways-game-of-...
user180164's user avatar
2 votes
0 answers
57 views

In what sense can a cellular automaton be Turing complete? [duplicate]

The rule 110 cellular automaton is known (or claimed) to be Turing complete. But what exactly does it mean? I do know what Turing completeness mean. Roughly speaking a language is Turing complete if ...
Roman's user avatar
  • 121
4 votes
2 answers
3k views

Turing-completeness, Conway's Game of Life and Logical Gates

I was recently given an assignment at university asking me to discuss the universal computational capability of Conway's Game of Life. I'm not required to actually build up a Universal Turing machine ...
Alessandro's user avatar
2 votes
1 answer
27 views

How to identify strongly confluent cellular automatas?

Lets represent a class of cellular automata as a finite, unidimensional bit array state : [Bit], plus a rewrite rule ...
MaiaVictor's user avatar
  • 4,159
2 votes
1 answer
427 views

Does solving mathematical equations with Cellular Automata structures means it is universal?

I'm working on a research about Elementary Cellular Automata (ECA), and i found a method to build a system that can solve mathematical equations by using a specific cellular automaton structure. The ...
Abdulrhman Elnekiti's user avatar
1 vote
0 answers
676 views

How to simulate a cellular automaton via a Turing machine

It is rather easy to see that every cellular automaton can be simulated by a Turing machine: We can simulate a cellular automaton with an appropriate C program and every C program can be simulated by ...
user1494080's user avatar
3 votes
0 answers
189 views

Time Complexity of Simulating CA with TM

This question is a follow up to the question: Proving Equivalence of 1-dimensional Cellular Automaton and Turing Machines. To simulate a CA with a TM, I used a construction which placed a marker on ...
Kevin G's user avatar
  • 232
2 votes
1 answer
922 views

Proving Equivalence of 1-dimensional Cellular Automaton and Turing Machines

I'm considering an automaton $A$ over a alphabet $\Sigma$, with a set of states $Q$, such that $\Sigma \subset Q$, which includes special "accept" and "blank" states not in $\Sigma$. It also has an ...
Kevin G's user avatar
  • 232