Jiuling Wang

University of South Carolina, Chinese Academy of Sciences

Papers

Total Citations

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About

Jiuling Wang is a rising researcher in polymer physics and soft matter, whose work bridges molecular simulation and materials design. Their primary research areas include stretchable elastomers, nanoparticle dynamics, and computational modeling of complex macromolecular systems. Wang’s most notable contribution is the development of superstretchable elastomers from cross-linked ring polymers, a breakthrough that overcomes the entanglement limitations of conventional linear polymers. Using molecular dynamics simulations, they demonstrated how ring topology enables unprecedented stretchability—a critical advance for flexible electronics and soft robotics. This work, published in 2022, has already garnered 34 citations, signaling its growing influence. More recently, Wang tackled the challenge of characterizing three-dimensional rotational diffusion in anisotropic nanoparticles, proposing a small-angle approximation method that simplifies the analysis of complex rotational dynamics. This 2025 paper, though early in its citation life, addresses a key gap in experimental and simulation techniques. Wang’s work is distinguished by its focus on fundamental polymer physics with clear applications in next-generation materials, positioning them as a promising voice in the field of soft matter engineering.