📄 A. "P = Now Problem?" Frame-Dependent Computational Complexity: The Luminous Turing Machine

Ever tried to understand the world around you?

We thought we’d give it a try.

---

📄 A. "P = Now Problem?" Frame-Dependent Computational Complexity: The Luminous Turing Machine

Core Result: In the proper-time of a luminal observer, P_L = NP_L.

Defines local-time complexity as a physically grounded, frame-variant class. Includes a worked 3-SAT instance and complexity audit via explicit model cost.

Abstract

We formalize the claim that computational complexity depends on the chosen cost meter. We introduce the Luminous Turing Machine (LTM), where intrinsic cost is measured in proper time τ. In this meter we prove a collapse, P_τ = NP_τ (indeed = coNP_τ), arising from the operational identity of generation = verification. In contrast, the lab-frame meter t explicitly prices setup, interaction, and measurement via C_total, preventing any implied classical collapse.

❤️🤍💙💚

Before you proceed :

rvote.mflo.life

for special download codes!

❤️🤍💙💚

Thank you for your support!