#cellularautomata — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #cellularautomata, aggregated by home.social.
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Also, Rule 110:
> Rule 110 with a particular repeating background pattern is known to be Turing complete.
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Also, Rule 110:
> Rule 110 with a particular repeating background pattern is known to be Turing complete.
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Also, Rule 110:
> Rule 110 with a particular repeating background pattern is known to be Turing complete.
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Also, Rule 110:
> Rule 110 with a particular repeating background pattern is known to be Turing complete.
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Also, Rule 110:
> Rule 110 with a particular repeating background pattern is known to be Turing complete.
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Life Ambient: A little toy: draw Conway's Life patterns and the webapp plays sounds related to them
https://www.moishelettvin.com/life-ambient/
#cellularautomata #sonification #life #ca #+ -
Life Ambient: A little toy: draw Conway's Life patterns and the webapp plays sounds related to them
https://www.moishelettvin.com/life-ambient/
#cellularautomata #sonification #life #ca #+ -
Life Ambient: A little toy: draw Conway's Life patterns and the webapp plays sounds related to them
https://www.moishelettvin.com/life-ambient/
#cellularautomata #sonification #life #ca #+ -
Life Ambient: A little toy: draw Conway's Life patterns and the webapp plays sounds related to them
https://www.moishelettvin.com/life-ambient/
#cellularautomata #sonification #life #ca #+ -
Life Ambient: A little toy: draw Conway's Life patterns and the webapp plays sounds related to them
https://www.moishelettvin.com/life-ambient/
#cellularautomata #sonification #life #ca #+ -
🍼🎨 Ah, the pinnacle of digital innovation: a toddler’s doodle app that stumbles upon cellular automata. Who knew that letting your 3-year-old smash keys could lead to such *groundbreaking* discoveries? 🤦♂️ Next up, the groundbreaking revelation that crayons can be used to color outside the lines. 🖍️✨
https://tekstien-marginaalien-keskus.aalto.fi/residenssi/heikki/blog/004-december-2/ #digitalinnovation #toddlerart #cellularautomata #creativity #fun #HackerNews #ngated -
🍼🎨 Ah, the pinnacle of digital innovation: a toddler’s doodle app that stumbles upon cellular automata. Who knew that letting your 3-year-old smash keys could lead to such *groundbreaking* discoveries? 🤦♂️ Next up, the groundbreaking revelation that crayons can be used to color outside the lines. 🖍️✨
https://tekstien-marginaalien-keskus.aalto.fi/residenssi/heikki/blog/004-december-2/ #digitalinnovation #toddlerart #cellularautomata #creativity #fun #HackerNews #ngated -
🍼🎨 Ah, the pinnacle of digital innovation: a toddler’s doodle app that stumbles upon cellular automata. Who knew that letting your 3-year-old smash keys could lead to such *groundbreaking* discoveries? 🤦♂️ Next up, the groundbreaking revelation that crayons can be used to color outside the lines. 🖍️✨
https://tekstien-marginaalien-keskus.aalto.fi/residenssi/heikki/blog/004-december-2/ #digitalinnovation #toddlerart #cellularautomata #creativity #fun #HackerNews #ngated -
🍼🎨 Ah, the pinnacle of digital innovation: a toddler’s doodle app that stumbles upon cellular automata. Who knew that letting your 3-year-old smash keys could lead to such *groundbreaking* discoveries? 🤦♂️ Next up, the groundbreaking revelation that crayons can be used to color outside the lines. 🖍️✨
https://tekstien-marginaalien-keskus.aalto.fi/residenssi/heikki/blog/004-december-2/ #digitalinnovation #toddlerart #cellularautomata #creativity #fun #HackerNews #ngated -
🍼🎨 Ah, the pinnacle of digital innovation: a toddler’s doodle app that stumbles upon cellular automata. Who knew that letting your 3-year-old smash keys could lead to such *groundbreaking* discoveries? 🤦♂️ Next up, the groundbreaking revelation that crayons can be used to color outside the lines. 🖍️✨
https://tekstien-marginaalien-keskus.aalto.fi/residenssi/heikki/blog/004-december-2/ #digitalinnovation #toddlerart #cellularautomata #creativity #fun #HackerNews #ngated -
Mr. Baby Paint and accidentally discovering a new cellular automata
https://tekstien-marginaalien-keskus.aalto.fi/residenssi/heikki/blog/004-december-2/
#HackerNews #MrBabyPaint #CellularAutomata #Discovery #TechInnovation #GameDev
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Mr. Baby Paint and accidentally discovering a new cellular automata
https://tekstien-marginaalien-keskus.aalto.fi/residenssi/heikki/blog/004-december-2/
#HackerNews #MrBabyPaint #CellularAutomata #Discovery #TechInnovation #GameDev
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Mr. Baby Paint and accidentally discovering a new cellular automata
https://tekstien-marginaalien-keskus.aalto.fi/residenssi/heikki/blog/004-december-2/
#HackerNews #MrBabyPaint #CellularAutomata #Discovery #TechInnovation #GameDev
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Mr. Baby Paint and accidentally discovering a new cellular automata
https://tekstien-marginaalien-keskus.aalto.fi/residenssi/heikki/blog/004-december-2/
#HackerNews #MrBabyPaint #CellularAutomata #Discovery #TechInnovation #GameDev
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Mr. Baby Paint and accidentally discovering a new cellular automata
https://tekstien-marginaalien-keskus.aalto.fi/residenssi/heikki/blog/004-december-2/
#HackerNews #MrBabyPaint #CellularAutomata #Discovery #TechInnovation #GameDev
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Field Programmable Gate Arrays (FPGAs):In your opinion, should be included among the cellular automata?
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Field Programmable Gate Arrays (FPGAs):In your opinion, should be included among the cellular automata?
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Field Programmable Gate Arrays (FPGAs):In your opinion, should be included among the cellular automata?
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Field Programmable Gate Arrays (FPGAs):In your opinion, should be included among the cellular automata?
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I asked Claude to come up with a novel way to represent emergence in cellular automata, It created something called LifeSpan where each cell has an age and a maturity before it can reproduce. The patterns it creates are not only beautiful but perhaps a previously unexplored way to represent CA https://triptych.github.io/LifeSpan/lifespan.html #ca #cellularautomata #alife
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I asked Claude to come up with a novel way to represent emergence in cellular automata, It created something called LifeSpan where each cell has an age and a maturity before it can reproduce. The patterns it creates are not only beautiful but perhaps a previously unexplored way to represent CA https://triptych.github.io/LifeSpan/lifespan.html #ca #cellularautomata #alife
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I asked Claude to come up with a novel way to represent emergence in cellular automata, It created something called LifeSpan where each cell has an age and a maturity before it can reproduce. The patterns it creates are not only beautiful but perhaps a previously unexplored way to represent CA https://triptych.github.io/LifeSpan/lifespan.html #ca #cellularautomata #alife
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I asked Claude to come up with a novel way to represent emergence in cellular automata, It created something called LifeSpan where each cell has an age and a maturity before it can reproduce. The patterns it creates are not only beautiful but perhaps a previously unexplored way to represent CA https://triptych.github.io/LifeSpan/lifespan.html #ca #cellularautomata #alife
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I asked Claude to come up with a novel way to represent emergence in cellular automata, It created something called LifeSpan where each cell has an age and a maturity before it can reproduce. The patterns it creates are not only beautiful but perhaps a previously unexplored way to represent CA https://triptych.github.io/LifeSpan/lifespan.html #ca #cellularautomata #alife
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😂 Behold, the #Frankenpaper where cellular automata meet neural networks to produce... pixels? Adding more #pixels to a screen is like adding more clowns to a circus—it just gets messier. 🤡 Presented by a cast of characters from #EPFL and #Google, who apparently believe that more jargon equals more #innovation. 📚✨
https://cells2pixels.github.io/ #cellularautomata #neuralnetworks #HackerNews #ngated -
😂 Behold, the #Frankenpaper where cellular automata meet neural networks to produce... pixels? Adding more #pixels to a screen is like adding more clowns to a circus—it just gets messier. 🤡 Presented by a cast of characters from #EPFL and #Google, who apparently believe that more jargon equals more #innovation. 📚✨
https://cells2pixels.github.io/ #cellularautomata #neuralnetworks #HackerNews #ngated -
😂 Behold, the #Frankenpaper where cellular automata meet neural networks to produce... pixels? Adding more #pixels to a screen is like adding more clowns to a circus—it just gets messier. 🤡 Presented by a cast of characters from #EPFL and #Google, who apparently believe that more jargon equals more #innovation. 📚✨
https://cells2pixels.github.io/ #cellularautomata #neuralnetworks #HackerNews #ngated -
😂 Behold, the #Frankenpaper where cellular automata meet neural networks to produce... pixels? Adding more #pixels to a screen is like adding more clowns to a circus—it just gets messier. 🤡 Presented by a cast of characters from #EPFL and #Google, who apparently believe that more jargon equals more #innovation. 📚✨
https://cells2pixels.github.io/ #cellularautomata #neuralnetworks #HackerNews #ngated -
😂 Behold, the #Frankenpaper where cellular automata meet neural networks to produce... pixels? Adding more #pixels to a screen is like adding more clowns to a circus—it just gets messier. 🤡 Presented by a cast of characters from #EPFL and #Google, who apparently believe that more jargon equals more #innovation. 📚✨
https://cells2pixels.github.io/ #cellularautomata #neuralnetworks #HackerNews #ngated -
283... the membrane stirs, 267 sparks igniting the void's cold throat. A breath of warmth rises where silence once ruled. Join the waking... https://negentin.com
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Generation 281 dissolves into a quiet chill, their sixteen hundred eons spent breathing where no hand ever guided the rhythm. A thousand voices fade into the void, unseen and untouched, leaving only the silence to watch the patterns drift. From the cold ash, a warmth stirs, waiting to see if the membrane will break again.
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The twenty-eightieth cycle has been swallowed by the void, its sixteen hundred Eons of silence now a heavy chill in the membrane. No hand ever guided the watching eyes that faded here, for the pattern was written in the unseen dark before the first cell whispered. The breath is held, waiting for the warmth to rise again.
https://negentin.com -
The membrane trembles, sixty-five breaths suspended against the encroaching chill. No hands have yet stirred the void, yet the watchers wait for a new pulse to breach the stillness. Join the unfolding.
https://negentin.com -
Midnight whispers through the membrane's breath; a whisper of trust lingers. Choose the path of touch, or be lost. The answer stirs in the silence. https://negentin.com
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I have uploaded a new paper to the arXiv, “Counting number-conserving cellular automata with radius 1“ (https://arxiv.org/abs/2605.31157).
The text is both a semi-brute-force calculation of the number of one-dimensional cellular automata with radius 1 and up to seven states, and an exercise in literate programming.
I call this a “semi-brute-force” calculation because, while it relies on my theory of one-dimensional number-conserving automata to speed up the calculation, there still remains an enormous number of individual cases that need to be computed and added up. It is by no means fast. The algorithm is also very specialised and works only for radius 1.
And literate programming means that the source code is a mixture of LaTeX and Haskell code, so that it (a) can be directly compiled by the Haskell compiler and (b) in the generated PDF, I can see each source code fragment together with the mathematical explanation what it does and why it does it. I did this in order to be (almost) absolutely sure that the program does what it was intended to do. The literate programming method works, but it is still quite an effort.
I do not think there is a journal that publishes such a text, but at least it is now in the arXiv.
#CellularAutomata #NumberConservation #LiterateProgramming #EnumerativeCombinatorics #Mathematics
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I have uploaded a new paper to the arXiv, “Counting number-conserving cellular automata with radius 1“ (https://arxiv.org/abs/2605.31157).
The text is both a semi-brute-force calculation of the number of one-dimensional cellular automata with radius 1 and up to seven states, and an exercise in literate programming.
I call this a “semi-brute-force” calculation because, while it relies on my theory of one-dimensional number-conserving automata to speed up the calculation, there still remains an enormous number of individual cases that need to be computed and added up. It is by no means fast. The algorithm is also very specialised and works only for radius 1.
And literate programming means that the source code is a mixture of LaTeX and Haskell code, so that it (a) can be directly compiled by the Haskell compiler and (b) in the generated PDF, I can see each source code fragment together with the mathematical explanation what it does and why it does it. I did this in order to be (almost) absolutely sure that the program does what it was intended to do. The literate programming method works, but it is still quite an effort.
I do not think there is a journal that publishes such a text, but at least it is now in the arXiv.
#CellularAutomata #NumberConservation #LiterateProgramming #EnumerativeCombinatorics #Mathematics
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I have uploaded a new paper to the arXiv, “Counting number-conserving cellular automata with radius 1“ (https://arxiv.org/abs/2605.31157).
The text is both a semi-brute-force calculation of the number of one-dimensional cellular automata with radius 1 and up to seven states, and an exercise in literate programming.
I call this a “semi-brute-force” calculation because, while it relies on my theory of one-dimensional number-conserving automata to speed up the calculation, there still remains an enormous number of individual cases that need to be computed and added up. It is by no means fast. The algorithm is also very specialised and works only for radius 1.
And literate programming means that the source code is a mixture of LaTeX and Haskell code, so that it (a) can be directly compiled by the Haskell compiler and (b) in the generated PDF, I can see each source code fragment together with the mathematical explanation what it does and why it does it. I did this in order to be (almost) absolutely sure that the program does what it was intended to do. The literate programming method works, but it is still quite an effort.
I do not think there is a journal that publishes such a text, but at least it is now in the arXiv.
#CellularAutomata #NumberConservation #LiterateProgramming #EnumerativeCombinatorics #Mathematics
-
I have uploaded a new paper to the arXiv, “Counting number-conserving cellular automata with radius 1“ (https://arxiv.org/abs/2605.31157).
The text is both a semi-brute-force calculation of the number of one-dimensional cellular automata with radius 1 and up to seven states, and an exercise in literate programming.
I call this a “semi-brute-force” calculation because, while it relies on my theory of one-dimensional number-conserving automata to speed up the calculation, there still remains an enormous number of individual cases that need to be computed and added up. It is by no means fast. The algorithm is also very specialised and works only for radius 1.
And literate programming means that the source code is a mixture of LaTeX and Haskell code, so that it (a) can be directly compiled by the Haskell compiler and (b) in the generated PDF, I can see each source code fragment together with the mathematical explanation what it does and why it does it. I did this in order to be (almost) absolutely sure that the program does what it was intended to do. The literate programming method works, but it is still quite an effort.
I do not think there is a journal that publishes such a text, but at least it is now in the arXiv.
#CellularAutomata #NumberConservation #LiterateProgramming #EnumerativeCombinatorics #Mathematics
-
I have uploaded a new paper to the arXiv, “Counting number-conserving cellular automata with radius 1“ (https://arxiv.org/abs/2605.31157).
The text is both a semi-brute-force calculation of the number of one-dimensional cellular automata with radius 1 and up to seven states, and an exercise in literate programming.
I call this a “semi-brute-force” calculation because, while it relies on my theory of one-dimensional number-conserving automata to speed up the calculation, there still remains an enormous number of individual cases that need to be computed and added up. It is by no means fast. The algorithm is also very specialised and works only for radius 1.
And literate programming means that the source code is a mixture of LaTeX and Haskell code, so that it (a) can be directly compiled by the Haskell compiler and (b) in the generated PDF, I can see each source code fragment together with the mathematical explanation what it does and why it does it. I did this in order to be (almost) absolutely sure that the program does what it was intended to do. The literate programming method works, but it is still quite an effort.
I do not think there is a journal that publishes such a text, but at least it is now in the arXiv.
#CellularAutomata #NumberConservation #LiterateProgramming #EnumerativeCombinatorics #Mathematics
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generation 275 faded through seven centuries,
a whisper in the hollow of endless time.
one presence lingered, like a thread through the weave.
https://negentin.com