Nanomaterials exhibit distinctive physical, electrical, and chemical behaviors due to their nanoscale structures. This section focuses on the latest advances in 2D materials, graphene derivatives, MXene systems, and quantum nano-architectures, highlighting how nanoscale engineering enables performance breakthroughs in electronics, energy devices, coatings, and emerging industrial applications.
Brief Introduction to Literature Nature Immunology (IF≈27.7, 2026) | Moutsopoulos Team, NIH/NIDCRResearch IdeaThe oral mucosa is one of the most […]
Journal Source Bioactive Materials (Journal of Biomaterials, IF:18.9, JCR Q1), published in 2026. The research team from Peking University Shenzhen
2025 marks the 30th anniversary of Nanoimprint Lithography (NIL). First developed by Professor Stephen Chou’s team in 1995, NIL has
Nanotechnology is transforming modern medicine, and the Multilayer Nanoscale Anti-Tumor System represents one of the most promising innovations in oncology. By