The Role of x-Modulation in the Three States of Water—— An Analysis Based on World Quantum Theory

The three states of water—solid, liquid, and gas—are among the most common phenomena in nature. Traditional physics explains them as a balance between molecular thermal motion and intermolecular forces. Within the framework of World Quantum Theory (WQT), this paper proposes a more fundamental mechanism: the three states of water are the result of the continuous modulation of the environmental coupling factor x. Changes in the value of x directly modulate the coupling strength of hydrogen bonds between water molecules, thereby determining the macroscopic state of water. When the x value is large, the coupling force is modulated to near zero, and water molecules enter a highly free gaseous state. When the x value decreases, the coupling force gradually increases, and water molecules sequentially enter the liquid state (which allows flow) and the highly ordered solid state. The triple point of water is a specific reading of x on Earth's projection layer (x = 2π). This perspective unifies temperature, phase transition, and intermolecular interactions under the framework of projective modulation, revealing that "constants" and "states" are manifestations of projection layer parameters. Keywords: World Quantum Theory; environmental coupling factor x; three states of water; hydrogen bond modulation; projection layer