Why imperfection could be key to Turing patterns in nature
PositiveTechnology

Recent research suggests that embracing imperfection in cell sizes can enhance the accuracy of Turing patterns in nature. Traditional models often produce overly perfect patterns, but by allowing for variability, scientists can achieve more realistic and complex designs. This discovery is significant as it not only deepens our understanding of natural phenomena but also opens up new avenues for applications in fields like biology and materials science.
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