[Computer module design of the parametric structure of water]

Area of Science:

• Computational chemistry and molecular modeling.
• Investigating the structural properties of water molecules and their arrangements.

Context:

• Traditional models of water structure often focus on crystal lattices like diamond and ice.
• This research introduces the hexacycle twist-bath as a fundamental structural element for water.

Purpose:

• To develop algorithms for designing parametric structures of water based on novel postulates.
• To explore the diverse range of possible water structures, including fractal and helical forms.

Summary:

• The study proposes a new model for water structure, utilizing the tetrahedral electron configuration of oxygen.
• It identifies various complex structures (helices, fractals) and analyzes energy distributions in valence angles, deviating from the ideal tetrahedral angle.
• Elastic energy accumulation in distorted rod structures is examined for potential biopolymer applications.

Impact:

• Explains differences in glucose anomer solubility based on structural conformity with bound water.
• Highlights the potential of understanding water's structural energy for biopolymer conformational changes.