Hoạt động
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Seminar
| Seminar Vật lý lý thuyết và Vật lý tính toán:
| | Tên báo cáo | Engineering nanomaterials from bottom up: The rise of computer simulation
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| Người trình bày | Nguyễn Đắc Trung
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| Cơ quan | Institute of Mechanics Vietnam Academy of Science and Technology 264 Doi Can St., Ba Dinh, Hanoi
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| Ngày | Thứ Ba, 05-05-2015
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| Giờ | 10:00 AM
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| Địa điểm | Phòng 202 (Thư viện), Viện Vật lý, 10 Đào Tấn, Ba Đình, Hà Nội
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| Tóm tắt | Nanomaterials that are multi-purpose and cost-effective will be highly desirable in next-generation nanotechnology applications. Over the past two decades, nanoscale self-assembly has been considered a promising means for engineering future nanomaterials, where the underlying structures are formed by the self-organization of building blocks, such as nanoparticles, colloids and block copolymers. Such bottom-up fabrication approaches have attracted interest from multiple disciplines including materials science, chemistry, physics, applied mathematics and computer science due to their practical importance and fundamental challenges. Central to the self-assembly techniques is to design the suitable assembling units, their interaction rules and assembly pathways. In this talk, I will present numerous examples to demonstrate how computer simulation has been a powerful tool for providing not only profound insights into the complex interplay between the building blocks’ geometry and their interactions, but also valuable predictions to inspire ongoing and future experiment.
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| Người chủ trì | Trịnh Xuân Hoàng
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