Exploring Computational Complexity: A Ruliological Approach to the P vs. NP Problem
By
tzury
Hand-rolled, kettle-boiled, baked to perfection. Worth every minute at the bakery.
Summary
The article explores computational complexity theory and the P vs. NP problem through a 'ruliological' approach, examining why fundamental questions about computational speed and program efficiency have remained unresolved for decades. It discusses the difficulty of determining whether nondeterministic programs can always be matched by equally fast deterministic ones, and presents a new perspective on addressing longstanding questions in theoretical computer science.
Key quotes
· 4 pulledCould there be a faster program for that? It's a fundamental type of question in theoretical computer science.
In half a century, almost no progress has been made even on the rather coarse (though very famous) P vs. NP question.
Essentially of whether for any nondeterministic program there will always be a deterministic one that is as fast.
From a purely theoretical point of view, it's never been very clear how to even start addressing.
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