Hey everyone,Standard Turing machines and traditional CPUs have a huge bottleneck when it comes to $NP$-Hard problems (like brute-forcing passwords or complex pathfinding). We waste massive amounts of RAM and clock cycles tracking dead-ends, allocating memory, and waiting for Garbage Collection to clean up the mess.I wanted to build a system where the hardware logic prunes bad data itself. So, I built a thought experiment: The Magnetic Math Universe.Disclaimer before we dive in: In this system, numbers are NOT real numbers. They are pure "Energies" with active polarities.Even Numbers act as Stable North Poles.Odd Numbers act as Volatile South Poles.
⚠️ Disclaimer: In this framework, numbers are NOT treated as standard mathematical values. They are treated as physical "Energies" with polarities.
Even Numbers = Stable North Poles
Odd Numbers = Volatile South Poles
Standard arithmetic axioms do not apply here. The operators dictate how these energies collide, merge, or short-circuit.
Check it out here: https://github.com/ddsha441981/MAGNETIC-MATH-UNIVERSE.git
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