第14期(2024/09-2025/08)
- 年4回(3・6・9・12月)開催の定例会
オンサイト&オンライン融合(ハイブリッド)方式で開催し、会議終了後に意見交換会を行います。定例会の主なプログラム構成は、以下の通りです。- BReeD FUTURE(未来を育むBusiness・Research・Development)の最前線
- 海外からの講演者
- 国内企業の研究開発者
- センサ/MEMS/ナノ・マイクロ加工技術に関連する国際会議での発表内容紹介
- 当コンソーシアムの大学メンバーによる未発表内容を含むシーズ技術研究成果の発表
- BReeD FUTURE(未来を育むBusiness・Research・Development)の最前線
- コンソーシアム会員メンバー間での情報交換
- 京都大学ナノテクノロジーハブ拠点と連携した技術相談
- 当コンソーシアムの目的に関連する講演会、集中講義、実験実習など学習機会の提供
国際学会における招待講演セッションの企画
リソコンソ・定例会でご講演頂いた先生方を中心に、国際学会での招待講演セッションを企画して、研究成果を世界に向けて発信しています。
IEEE-NEMS2022 (April 14-17, 2022)
学会HP:https://ieee-nems.org/2022/
企画セッション名:Advanced Fabrication Technologies for Nano/Micro Systems
- T1.4.1 Femtosecond Laser Direct Writing of Metal/Metal Oxide Composite Patterns for Sensor Applications
Mizue Mizoshiri, Nagaoka University of Technology, Japan - T1.4.2 Rapid Prototyping of Microstructure Using Grayscale Lithography
Kentaro Totsu, Micro System Integration Center, Tohoku University, Japan - T1.4.3 Development of Ultra-thin Glass and Its Application to Micro/Nanofluidics
Yo Tanaka, Laboratory for Integrated Biodevice, Center for Biosystems Dynamics Research (BDR), RIKEN, Japan - T1.4.4 Z-axis Controllable Multi-Electrode-Layer Electrorotation Device Utilizing Levitation Effect
Yuki Okamoto, Sensing System Research Center, National Institute of Advanced Industrial Science and Technology, Japan - T1.4.5 Alkali Metal Vapor Cells Fabricated with Three-Dimensional Microstructuring Technique for Miniature Atomic Clocks
Yoshikazu Hirai, Department of Mechanical Engineering and Science, Kyoto University, Japan
IEEE NANOMED2020 (December 14-16, 2020)
学会HP:https://ieee-nanomed.org/2020/
企画セッション名:Micro/Nano Engineering for Bio- & Medical Applications
- IS8.1 Microphysiological Systems Based on Microfluidics for Cell-Based Assays
Hiroshi KIMURA, Tokai University, Japan - IS8.2 Surface-Enhanced Raman Spectros-copy Using Gold Nanoparticle Dimers Formed by DNA Origami as a Sacrificial Nanostructure
Naoki YAMASHITA, Kyoto University, Japan - IS8.3 Excitation Light Confinement in Nano-Slits for Single-Molecule Observation of the Interaction Between Kinesin and Nucleotide
Kazuya FUJIMOTO, Kyoto University, Japan - IS8.4 Detection of Small Nucleic Acids Using Electrochemical Devices for Liquid Biopsy
Miyuki TABATA; Yuji MIYAHARA, Tokyo Medical and Dental University, Japan - IS8.5 Lab in Bento Box: Development of a Compact Automated Microfluidic Enzyme-Linked Immunosorbent Assay System
Yoshiaki UKITA, University of Yamanashi, Japan - IS8.6 Principles and Applications of Intelligent Image-Activated Cell Sorting 2.0
Akihiro ISOZAKI, The University of Tokyo, Japan
IEEE-NEMS2020(September 27-30, 2020)
学会HP:https://ieee-nems.org/2020/
企画セッション名:Micro/Nano Engineering for Advanced Bio/Medical Systems
- IS8.1 Controlled embryo implantation by using soft microrobot for safer reproductive medicine
Masashi IKEUCHI, Univ. of Tokyo, Japan - IS8.2 Non-invasive biosensing for healthcare and sports applications
Kiroyuki KUDO, Meiji Univ., Japan - IS8.3 Se/Ga2O3 thin film micro-photodiodes for flexible color sensor
Taizo KOBAYASHI, Ritsumeikan Univ., Japan - IS8.4 Plant-on-a-chip: Applications of micro-fluidics in plant biology
Hirotaka HIDA, Kobe Univ., Japan - IS8.5 MEMS liquid cell for in-liquid electron microscopy
Tadashi ISHIDA, Tokyo Inst. of Technology, Japan - IS8.6 Microfluidic platform fabricated by three-dimensional lithography enables drug test and disease modeling in vitro,
Yoshikazu HIRAI, Kyoto Univ., Japan