Nano-enabled Multifunctional Materials: Mechanical Behavior and Multi-scale Modeling

Designing a Multifunctional Magnetic Microtube with Enhanced Conductivity through Local Heterojunction Decoration of CsPbBr3 Nanocrystals

“…An interesting strategy to fabricate devices and seek new multifunctionalities is offered by joining different micro/nanomaterials as hierarchical heterostructures. , Such an engineering surface of nano/micromaterials provides different counterparts of physical–chemical properties from each constituent to achieve efficient and new functionalities. In fact, several strategies have emerged as a result of coupling different semiconducting material-forming devices with different interfaces and/or with different morphologies and sizes. − As far as this point is concerned, there is a wide range of possibility to integrate different functionalities into a single device. Important multifunctional materials are those that combine electronic, magnetic, and optical properties. − Among important constituent compounds, transition-metal chalcogenides, − transition-metal oxides, , and hybrid halide perovskites, are outstanding with high potential in photocatalysis, photodegradation, and solar cells device applications …”