Shuqing Cui

Information Entanglement Projection Geometry: Axiomatic Foundations

This paper presents the axiomatic foundations of Information Entanglement Projection Geometry (IEPG), also known as Generalized Projective Theory (GPG). Core results: - The 7/8 Theorem: Spacetime emerges at n=7 in the Bott periodicity cycle - Lorentz signature (-,+,+,+) is derive...

Information Entanglement Projection Geometry: Axiomatic Foundations

This paper presents the axiomatic foundations of Information Entanglement Projection Geometry (IEPG), also known as Generalized Projective Theory (GPG). Core results: - The 7/8 Theorem: Spacetime emerges at n=7 in the Bott periodicity cycle - Lorentz signature (-,+,+,+) is derive...

General Projection Geometry Draft (III): The Major Discovery of 0=1 — From Deng Yu's Mathematical Derivation to Vacuum Ontology

The core hypothesis of General Projection Geometry — "0 = 1, and 1 is in 0" — is grounded in a deep reading of Deng, Hani, and Ma's rigorous derivation from hard-sphere dynamics to the Boltzmann and fluid equations (Hilbert's Sixth Problem). Microscopic reversibility harbors late...

General Projection Geometry Draft (III): The Major Discovery of 0=1 — From Deng Yu's Mathematical Derivation to Vacuum Ontology

The core hypothesis of General Projection Geometry — "0 = 1, and 1 is in 0" — is grounded in a deep reading of Deng, Hani, and Ma's rigorous derivation from hard-sphere dynamics to the Boltzmann and fluid equations (Hilbert's Sixth Problem). Microscopic reversibility harbors late...

General Projection Geometry Draft (I): Vacuum Hum and the Hypothesis "0 = 1, 1 in 0"

General Projection Geometry Draft (I): Vacuum Hum and the Hypothesis "0 = 1, 1 in 0" This is the first draft in the General Projection Geometry (GPG) series. It establishes the foundational ontological hypothesis of the framework: the vacuum is not empty but a hovering state cont...