ISMTII 2023 Best Paper Awards
Published:
Received Best Paper Awards 
Posts by Collection
portfolio
Outstanding graduation thesis award(修士論文優秀賞)
Published:
The graduation thesis is highly evaluated. 
ASPEN 2022 Best Paper Awards
Published:
Received Best Paper Awards 
EUSPEN Talent Programme
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Participation certificate 
工学系研究科長賞（研究）
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Dean’s Award for Engineering 
publications
First Principle Calculation on the electrical Conductivity of Dumbbell-Shape Graphene Nano-Ribbon
Published in JSME conference in Tohoku Region, 2018
The Japan Society of Mechanical Engineers.
Recommended citation: Yizhao, Guan. et,al., "First Principle Calculation on the electrical Conductivity of dumbbell shape graphene." JSME conference in Tohoku Region 2018. 9.
Effect of Strain on the Gas Adsorption of Graphene
Published in CMD conference, 2019
The Japan Society of Mechanical Engineers.
Recommended citation: Yizhao, Guan. et,al., "Effect of Strain on the Gas Adsorption of Graphene." CMD conference 2019 . 9.
The FDTD Analysis of Near-field Response for Microgroove Structure with Standing Wave Illumination
Published in JSPE conference, 2020
Japanese Society of Precision engineering.
Recommended citation: Yizhao, Guan. et,al., "The FDTD Analysis of Near-field Response for Microgroove Structure with Standing Wave Illumination." JSPE conference 2020. 9.
Optical FDTD Analysis of Surface Microstructure for Coherent Structured Illumination Microscopy
Published in OPJ conference, 2020
Optics and Photonics Japan.
Recommended citation: Yizhao, Guan. (2020). et,al., "Optical FDTD Analysis of Surface Microstructure. " OPJ conference 2020. 11.
The FDTD Analysis for Diffraction Limited Microgroove Structure with Standing Wave Illumination for the Realization of Coherent Structured Illumination Microscopy
Published in OPIC conference, 2021
Optics and Photonics International.
Recommended citation: Yizhao, Guan. et,al., "The FDTD Analysis for Diffraction Limited Microgroove Structure with Standing Wave Illumination for the Realization of Coherent Structured Illumination Microscopy." OPIC conference 2021. 4.
The FDTD Analysis of Near-field Response for Microgroove Structure with Standing Wave Illumination(2nd report)
Published in JSPE conference, 2021
Japanese Society of Precision engineering.
Recommended citation: Yizhao, Guan. et,al., "The FDTD Analysis of Near-field Response for Microgroove Structure with Standing Wave Illumination(2nd report)." JSPE conference 2021. 3.
The FDTD Analysis of Near-field Response for Microgroove Structure with Standing Wave Illumination for the Realization of Coherent Structured Illumination Microscopy
Published in Manufacturing Science and Engineering Conference, selected to Journal of Manufacturing Science and Engineering, 2021
The American Society of Mechanical Engineers. [Download paper here]
Recommended citation: Yizhao, Guan. et,al., "The FDTD Analysis of Near-field Response for Microgroove Structure with Standing Wave Illumination for the Realization of Coherent Structured Illumination Microscopy." J. Manuf. Sci. Eng. Mar 2022, 144(3): 031004
The FDTD Analysis for Dark Field In-process Depth Measurements of Fine Microgrooves
Published in IMEKO XXIII World congress, and selected to the Measurement: Sensors, 2021
Optics and Photonics International.
Recommended citation: Yizhao, Guan. et,al., "The FDTD Analysis for Dark Field In-process Depth Measurements of Fine Microgrooves." Measurement: Sensors, Volume 18, December 2021, 100257
Near-field Phase Analysis of Periodic Microgroove Structure for Metasurface Design based on FDTD Simulation
Published in JSPE conference, 2022
Japanese Society of Precision engineering.
Recommended citation: Yizhao, Guan. et,al., "Near-field Phase Analysis of Periodic Microgroove Structure for Metasurface Design based on FDTD Simulation." JSPE conference 2022. 3.
自律的欠陥探索・分裂型マルチプローブによるナノ異物検出に関する研究(第 11 報) ―空間光位相変調による液相プローブ高感度検出―
Published in JSPE conference, 2022
Japanese Society of Precision engineering.
Recommended citation: Yizhao, Guan. et,al., "自律的欠陥探索・分裂型マルチプローブによるナノ異物検出に関する研究(第 11 報) ―空間光位相変調による液相プローブ高感度検出―." JSPE conference 2022. 3.
Smart optical measurement probe for autonomously detecting nano-defects on bare semiconductor wafer surface: highly sensitive observation system using phase-contrast microscopy with a spatial light modulator
Published in The 11th Global Conference on Materials Science and Engineering (CMSE 2022), 2022
The 11th Global Conference on Materials Science and Engineering.
Recommended citation: Yizhao, Guan. et,al., "Smart optical measurement probe for autonomously detecting nano-defects on bare semiconductor wafer surface: highly sensitive observation system using phase-contrast microscopy with a spatial light modulator." CMSE 2022 (CMSE4736). 3.
Smart optical measurement probe for autonomously detecting nano-defects on bare semiconductor wafer surface: highly sensitive observation system using phase-contrast microscopy with a spatial light modulator
Published in Journal of Physics: Conference Series, 2022
The 11th Global Conference on Materials Science and Engineering.
Recommended citation: Y. Guan. S.Masui, S. Kadoya, M. Michihata and S. Takahashi, "Smart optical measurement probe for autonomously detecting nano-defects on bare semiconductor wafer surface: highly sensitive observation system using phase-contrast microscopy with a spatial light modulator." J. Phys. Conf. Ser. 2368 [1]. 12014 (2022).
Optical Depth Measurement for Microgrooves: A Self-interferometry Method based on Near-field Polarization Analysis
Published in Asian Society for Precision Engineering and Nanotechnology (ASPEN 2022), 2022
The 11th Global Conference on Materials Science and Engineering.
Recommended citation: Y. Guan. S.Masui, S. Kadoya, M. Michihata and S. Takahashi, "Optical Depth Measurement for Microgrooves: A Self-interferometry Method based on Near-field Polarization Analysis." ASPEN2022, OR-15-0084, Nov. 2022, Singapore.
Super-resolution Imaging of Sub-diffraction-limited Pattern with Superlens based on Deep Learning
Published in International Symposium on Measurement Technology and Intelligent Instrument (ISMTII 2023), 2023
The 11th Global Conference on Materials Science and Engineering.
Recommended citation: Y. Guan. S.Masui, S. Kadoya, M. Michihata and S. Takahashi, "Super-resolution Imaging of Sub-diffraction-limited Pattern with Superlens based on Deep Learning." ISMTII 2023, A084, Sep. 2022, Seoul, Korea.
talks
Talk 1 on Relevant Topic in Your Field
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Conference Proceeding talk 3 on Relevant Topic in Your Field
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teaching
Teaching experience 1
Undergraduate course, University 1, Department, 2014
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Teaching experience 2
Workshop, University 1, Department, 2015
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