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IX. Chemistry, Materials & Energy (226–240)
- Universal catalytic mechanism theory.
- Room-temperature superconductivity predictive framework.
- Molecular self-assembly universal laws.
- Thermodynamic limits of energy storage.
- Sustained economically viable fusion energy model.
- Chemical reaction network universality.
- Amorphous material structural theory.
- Solid-state battery theoretical limits.
- Carbon capture efficiency limits.
- Predictive quantum chemistry completeness.
- Nanomaterial design universal laws.
- Plasma confinement stability theory.
- Hydrogen economy viability modeling.
- Artificial photosynthesis optimization.
- High-entropy alloy predictive modeling.