معرفی
Bo Peng is a Visitor (Faculty) at the Department of Applied Physics, Aalto University, specializing in molecular materials research. His work focuses on advanced colloidal structures, nanomaterials, and their applications in energy conversion, sensing, and security.
Dr. Peng earned his Doctoral degree in Engineering and Technology from Universiteit Utrecht, awarded on March 11, 2013. His research expertise spans surface science, nanoclusters, superhydrophobic materials, hydrogels, thin films, and MXene materials.
His research interests center around the design and self-assembly of anisotropic particles for advanced colloidal structures and materials. He investigates how particle morphology, surface properties, and external stimuli (particularly magnetic fields) can be leveraged to create novel functional materials with applications in electrocatalysis, sensing, and information security. His recent work combines machine learning approaches with materials science to develop magnetoelectric shape recognition systems and adaptive sensitivity mechanisms.
Dr. Peng's publication portfolio shows a strong trend toward multifunctional nanomaterials with applications in energy conversion (particularly hydrogen and oxygen evolution reactions), security technologies using nanofiber-based optical systems, and neuromorphic computing interfaces. His work bridges fundamental materials science with practical applications in sustainable technology.
Dr. Peng has received research funding from multiple sources including the Academy of Finland and EU Framework Programmes. His current project "Design and self-assembly of anisotropic particles for advanced colloidal structures and materials" (2022-2024) continues his research on colloidal systems.
He has supervised three theses and has been active in academic outreach, including an invited talk on "Surface roughness dominated structural memory and memory plasticity via magnetic field-driven particle assembly" in July 2022. His work has received media attention, including coverage of research on magnetic memory in materials published in November 2022.
