I develop interdisciplinary research across polymers, surfaces, biomaterials, and advanced materials, from experimental design to evidence and application.
Founder & Scientific DirectorAdvanced Science NetworkPublications, identifiers, and professional network
Selected peer-reviewed research showing how materials concepts become functional systems and measurable outcomes.
Primer-assisted phase separation created hierarchical surface structures with improved blood repellency and suppressed bacterial adhesion.
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Hybrid essential oils and nanofibers were incorporated into chitosan-based films to investigate physicochemical and antibacterial performance for food applications.
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Compared with micro-lignin, nano-lignin refined TPS domains by approximately 60–75% while improving interfacial adhesion, PLA crystallinity, antioxidant performance, and antibacterial activity.
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A curing agent promoted silica nanoparticle interlocking within cross-linked PDMS, producing robust superhydrophobic and superoleophilic cotton that retained over 95% separation efficiency through 50 reuse cycles.
View publication →Academic and industrial work share the same foundation: define the uncertainty, design the evidence, and make the next decision clearer.
Joint studies, experimental strategy, reviews, perspectives, and proposals.
Materials selection, formulation, troubleshooting, characterization, and optimization.
Focused expertise assembled for interdisciplinary scientific challenges.
For research collaboration, consulting, invited talks, peer review, or an interdisciplinary ASN engagement.
Include your organization, material system, available evidence, and desired outcome.
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