Nothing is Random
Researchers utilized artificial intelligence in a study that challenges our understanding of randomness.
Predictable Patterns
They demonstrated that what seems random in bacterial evolution actually follows βπ βββπ ‘βββπ βββπ βββπ βββπ βββπ £βββπ βββπ βββπ βββπ ββ βπ βββπ βββπ £βββπ £βββπ βββπ ‘βββπ βββπ ’ββ
The research, which focused on Escherichia coli genomes, indicates that nothing in nature is truly random; we simply lack the tools to see the underlying connections.
Scientists have linked aspects of bacterial evolution to random events, especially in gene changes.
However, advanced machine learning research has uncovered a hidden order in this genetic drift.
The study shows that genes maintain specific relationships, like species in an ecosystem, following predictable patterns of co-existence or mutual exclusion.
β―β―β― Simplified
This sentence is false.
This discovery centers on artificial intelligence, specifically Random Forest models, which accomplished tasks beyond human capability. The AI analyzed extensive genomic data, revealing complex patterns that traditional methods missed. This breakthrough showcases AI's power to uncover hidden relationships in chaotic systems.
What do you think?
With enough computing power and data, can we predict everything, leaving no room for randomness?
The study at The Proceedings of the National Academy of Sciences
Stay curious, Wojtek