Creative Science and EngineeringⅠ FeaturesⅡ History and ProfileⅢ RequirementsAdvanced Science and EngineeringFundamental Science and EngineeringCONTENTSMaterials science which supported industrial society in the 20th century and electronics which served as the driving force for the advent of the information society are making new progress while including sprouts of new phenomena, materials, process methods, new functional devices, etc. as symbolized in keywords such as cooperative phenomenon, bio-materials, electrochemistry, and nanostructural properties. Great expectations have been placed on the integration of these sciences that can create innovative technologies like nanotechnology which cannot be achieved by a single field and that leads to the creation of new industries in the 21st century. With the faculty of this department as the core members, programs such as the Center of Excellence (COE), 21st Century COE program, Global COE program, and “Nanotechnology Platform Japan” program were promoted and the environment is ready to powerfully advance this distinctly interdisciplinary field of nanoscience and nanoengineering.This field is an interdisciplinary area. Students who received basic education at each department can smoothly enter into this department, and receive education and engage in studies in a completely new environment to acquire the ability to contribute to the creation of new industries by applying nanotechnology. At the same time, students can nurture their potential to develop a completely new academic field. This department has three fields: Nanoelectronics, Nanochemistry, and Solid-state Nanoscience. Common lectures are set up in the department and research guidance, seminar, and lecture courses are set up in each field. Students belong to one of the research fields and take courses mainly in the field, following the guidance of their supervisor in charge of research guidance.This field aims at the development of devices that utilize the smallest information carriers such as electrons and photons not only in the field of IT technology, but in biotechnology and environmental science. Electrical engineering is used as the basic scientific discipline for conducting nano-scale physical, chemical, and biological phenomenon analysis and research of engineering applications.◆ NanochemistryIn this field, chemical approaches such as precision synthesis and reaction control are used to create nano-material with controlled structures and functions at the atomic/molecular levels and to develop new reaction processes for the purpose of this creation. We also conduct research on various device systems utilizing nano-material functions.◆ Solid-state NanoscienceNano-scale refers to a field at which remarkable quantum effects are observed. It also manifests Summary of Each Research Area◆ Nanoelectronics157157Department of Nanoscience and Nanoengineering
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