jianhua yan

Cyclones and Galactic Rotations: Two Scales of Prigogine Dissipative Structures ---- Galactic Rotation Curves and Cosmic Accelerated Expansion in the GEE

AbstractThis paper proposes a phenomenological framework (the GEE framework) based on gravitational dissipative structures and the holographic principle, in which the observational effects conventionally called “dark matter” and “dark energy” in the standard cosmological model ar...

Cyclones and Galactic Rotations: Two Scales of Prigogine Dissipative Structures ---- Galactic Rotation Curves and Cosmic Accelerated Expansion in the GEE

AbstractThis paper proposes a phenomenological framework (the GEE framework) based on gravitational dissipative structures and the holographic principle, in which the observational effects conventionally attributed to "dark matter" and "dark energy" in the standard cosmological m...

Cyclones and Galactic Rotations: Two Scales of Prigogine Dissipative Structures ---- Galactic Rotation Curves and Cosmic Accelerated Expansion in the GEE Framework

Abstract This paper proposes a phenomenological framework (the GEE framework) based on gravitational dissipative structures and the holographic principle, in which the observational effects conventionally attributed to "dark matter" and "dark energy" in the standard cosmological...

Galaxy Rotation Curves and Dark Energy: A Gravitational Entropy Perspective ------The GEE Framework: Temperature Conversion Drives Hubble Parameter

Abstract This paper proposes a phenomenological framework (the GEE framework) based on gravitational dissipative structures and the holographic principle, reinterpreting the observational effects conventionally called "dark matter" and "dark energy" in the standard cosmological m...

Galaxy Rotation Curves and Dark Energy: A Gravitational Entropy Perspective ------The GEE Framework: Temperature Conversion Drives Hubble Parameter

Abstract This paper proposes a phenomenological framework (the GEE framework) based on gravitational dissipative structures and the holographic principle, reinterpreting the observational effects conventionally called "dark matter" and "dark energy" in the standard cosmological m...

Gravitational Emergent Entropy with Unification (GEE-U): A Holographic Dissolution Framework for Dark Matter, Dark Energy, and the Four Fundamental Forces

Abstract We propose a unified framework based on gravitational dissipative structures and the holographic principle, named GEE-U (Gravitational Emergent Entropy with Unification). The core claim is that dark matter, dark energy, and the four fundamental forces (gravity, electroma...