14Outlook for researchOutlook for students after graduationDepartment of Advanced Textile andKansei EngineeringDepartment of 先進繊維・感性工学科Advanced Textile andKansei EngineeringStructural analysis is the greatest shortcut to improving theperformance of materials. The required properties of polymerIn ourmaterials depends on the industrial application.laboratory, we would like to develop to physical properties andcharacteristics which suitable for a wide range of demands. Toinvestigate the characteristics offiber materials, analysistechnology on a wide scale is required for example X-rayanalysis.Assistant Professor Tomisawa Ph.D inEngineering from Shinshu Universityand took his current position in 2021.His principle area of research isand structuralpolymer physicsanalysis.Research to explore the conditions for easy operation using an interaction system in which the user touches the aerial image with a finger.Research on a method of stacking two stereo displays so that the correct depth can be perceived regardless of individual visual characteristics.Associate ProfessorMIZUSHINA HarukiHe received the Ph.D. degreein engineering from TokyoInstitute of Technology in2003. Currently, he has beenan associate professor atShinshusince2024. His main researchvisualareasdisplaysciencetechnology.Assistant ProfessorTOMISAWA RenIf we can clarify what determines realism andcomfort, we can apply this to display technologyto realize more realistic and comfortable images.In recent years, new display technologies such as3D displays and aerial displays have beenproposed.If we can make these more user-friendly, we may be able to realize a future worldlike the one in science fiction (SF) movie.Our laboratory will focus on fostering a challengespirit and support for this purpose. We also activelypresentexternally,including domestically and internationally. Theskills acquired in our laboratory are applicable toany industry.researchourOutlook for researchHigher strength and performance of textile materialscan greatlycontribute to reduction of globalenvironmental load in fields such as vehicle bodies,artificial organs, optical equipment, and sportsequipment.Outlook for students after graduationI want you to be a person who can share theimportance of fiber and textiles not only to the textilefield but also to chemical and engineering fields.Observation of fibril structure in fibers(Ultra-SAXS)Spinning of Adhesive polymer(Polyvinyl butyral: PVB)Display technologies should be based on an understanding ofhuman visual mechanism. For example,images that aredifficult to see, images that are tiring to watch, and VR imagesthat lack a sense of realism could be improved by consideringhuman visual mechanism. In addition, new technologies suchas 3D displays and aerial displays have the potential to bewidely used by fitting them to human characteristics. Ourlaboratory aims to propose new human –friendly displaytechnologies by understanding visual mechanisms usingpsychophysical approaches and behavioral measurement.UniversityhumanandareoutcomesHuman-friendly display technology by understanding human visionDevelopment of new fiber materials andX-ray structural analysis for practical use
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