Чанцин Сунь Q

CQ Sun has dedicated his research to "Exotic Bonding and Electronic Dynamics," and developed an original set of theoretical frameworks documented in four Springer monographs (2014–2023) with Chinese editions, alongside 500+ peer-reviewed articles, over 30 reviews/perspectives, and 15+ patents on spectrometrics. His work has received 22,000+ citations and an h-index of 81. He has been conferred the first rank of Khwarizmi Award and ranked in the top 0.1% by impact in Applied Physics (Stanford-Elsevier).

His original contributions include:

1. BOLS-NEP (2014, Springer) — Bond order-length-strength correlation and nonbonding electron polarization: quantifies how atomic undercoordination governs the intrinsic properties and reactivity of defects, surfaces, and nanostructures.

2. HBCP (2016, Springer; 2023, Phys. Rep.) — Hydrogen bond cooperativity and polarizability: reveals many-body interactions in water, ice, energetic materials, and catalysis.

3. Solvation Charge Injection (2019, Springer) — Unifies hydration bonding dynamics across acids, bases, salts, and dipolar molecules.

4. Electron & Phonon PRS (2020, Springer) — Perturbation response spectroscopy isolating and quantifying bond-electron response to coordination change, perturbation, and many-body cooperativity.

2014 ──► 2016 ──► 2019 ──► 2020 ──► 2023

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BOLS HBCP Solvation PRS HBCP Extension

Foundation Water Universal Quantify Consolidation

International Recognition: Featured by The Telegraph, The Times, New Scientist, Physics Today, Physics World, Chemistry World, and Nature Chemistry for resolving the Mpemba Paradox, explaining ice slipperiness, revealing hydrogen bond low compressibility, and demonstrating water/ice supersolidity.