Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  have implemented and investigated a spatial extension of the orig-#R##N#inal ideal storage model by embedding it in a 2D cellular automaton with#R##N#a diffusion-like coupling beten neighboring cells. The resulting ideal#R##N#storage cellular automaton model (ISCAM) generates many interesting#R##N#spatio-temporal patterns, in particular spiral waves that grow and com-#R##N#pete" with each other.  study this dynamical behavior both mathemat-#R##N#ically and computationally, and compare it with similar patterns observed#R##N#in actual chemical processes. Remarkably, it turned out that one can use#R##N#such CA for modeling all sorts of complex processes, from phase transition#R##N#in binary mixtures to using them as a metaphor for cancer onset caused#R##N#by only one short pulse of 'tissue dis-organzation' (changing e.g. for only#R##N#one single time step the diffusion coefficient) as hypothesized in recent#R##N#papers questioning the current gene/genome centric view on cancer onset#R##N#by AO Ping et al.
['Andreas W. M. Dress', 'Wim Hordijk', 'Lin Wei', 'Peter Serocka']
I am writing a research paper on a idea The Ideal Storage Cellular Automaton Model
[{"from": "human", "value": "I am writing a research paper on a idea The Ideal Storage Cellular Automaton Model"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  have implemented and investigated a spatial extension of the orig-#R##N#inal ideal storage model by embedding it in a 2D cellular automaton with#R##N#a diffusion-like coupling beten neighboring cells. The resulting ideal#R##N#storage cellular automaton model (ISCAM) generates many interesting#R##N#spatio-temporal patterns, in particular spiral waves that grow and com-#R##N#pete\" with each other.  study this dynamical behavior both mathemat-#R##N#ically and computationally, and compare it with similar patterns observed#R##N#in actual chemical processes. Remarkably, it turned out that one can use#R##N#such CA for modeling all sorts of complex processes, from phase transition#R##N#in binary mixtures to using them as a metaphor for cancer onset caused#R##N#by only one short pulse of 'tissue dis-organzation' (changing e.g. for only#R##N#one single time step the diffusion coefficient) as hypothesized in recent#R##N#papers questioning the current gene/genome centric view on cancer onset#R##N#by AO Ping et al."}]