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JSAP President Special Lecture

• JSAP President Special Lecture

Symposium

• Phase problem in the analysis of buried interfaces by X-ray reflectivity andsurface X-ray scattering - Towards new research with coherent light sources
• Low-Temperature Growth of Group-IV Semiconductors on Insulator -Emerging New Crystallization Techniques -
• Current situation and issues of thin-film silicon solar cell technologies
• Japan-Korea Joint Symposium on Semiconductor Physics and Technology – Nano-carbon materials including graphene –
• Activity of the scientific enlightenment including upbringing of the student
• Micro and nano behavior of bio material surfaces and its application
• Oxide electronics at solid-liquid interfaces: Chemistry and deviceapplications
• Surface reaction control by atomic and molecular beams, its developmentand application
• Computer Simulations for Plasma Processing (state-of-the-art plasma modelling)
• Frontier of Spintronic Materials and Devices
• Present and Future of Functional atomic thin film research
• Resource Recycling and Energy Utilization from View Point of Applied Physics
• Behavior of nuclear fuel and fission products during severe accident and activities on decontamination
• Frontiers in Quantum Metrology
• New Frontiers and Future Perspectives in Surface Reaction Observation Using Synchrotron Radiation
• Innovation in R&D of the Flexible Electronics -Toward the Inorganic Flexible Devices-
• Materials Science of Singularity in Nitride semiconductors～Characterization and Crystallography～

Symposium

• Interfacial nano electrochemistry: Research frontiers of semiconductor wetprocesses

Code-sharing session

• 3.5/3.14 Code-sharing session
• 6.1/9.1 Code-sharing session
• 14.3/15.4 Code-sharing session
• 14.5/15.2 Code-sharing session
• 14.5/15.3/15.4 Code-sharing session

01. Applied Physics in General

• 1.1 Interdisciplinary and General Physics
• 1.2 Education
• 1.3 Novel Technologies and Frontier Engineering Science
• 1.4 Energy conversion and storage
• 1.5 Resources and environment
• 1.6 Magnetic field and its application
• 1.7 Instrumentation and measurement and Metrology
• 1.8 Ultrasonic

02. Ionizing Radiation

• 2. Ionizing Radiation (Poster)
• 2.1 Radiation physics and detectors
• 2.2 Detection systems
• 2.3 Application of radiation, radiation generators and technologies

※コードシェアセッションあり　3.5と3.14 03. Optics and Photonics

• 3.1 Basic optics and frontier of optics
• 3.2 Materials and equipment optics
• 3.3 Information photonics and image engineering
• 3.4 Biomedical optics
• 3.5 Laser systems and materials
• 3.6 Ultrashort-pulse and high-intensity lasers
• 3.7 Laser processing
• 3.8 Optical measurement technology and devices
• 3.9 THz technology
• 3.10 Optical quantum physics and technologies
• 3.11 Photonic structures and phenomena
• 3.12 Nanoscale optical science and near-field optics
• 3.13 Semiconductor optical devices
• 3.14 Optical control devices and optical fiber
• 3.15 Silicon photonics

※コードシェアセッションあり　6.1と9.1 06. Thin Films and Surfaces

• 6.2 Carbon-based thin films
• 6.3 Oxide-based electronics
• 6.4 New thin-film materials
• 6.5 Surface physics and vacuum
• 6.6 Probe microscopy

07. Beam Technology and Nanofabrication

• 7.1 X-ray technologies
• 7.2 Electron microscopes, evaluation, measurement and analysis
• 7.3 Lithography
• 7.4 Nanoimprint
• 7.5 Particle/photon-beam-induced surface reactions
• 7.6 Ion beams
• 7.7 Vacuum nanoelectronics and electron sources
• 7.8 New beam-application technologies

08. Plasma Electronics

• 8. Plasma Electronics English session
• 8. Plasma Electronics English session_DUMMY
• 8.1 Plasma production and control
• 8.2 Plasma measurements and diagnostics
• 8.3 Plasma deposition of thin film and surface treatment
• 8.4 Plasma etching
• 8.5 Plasma nanotechnology
• 8.6 General plasma phenomena, emerging area of plasmas and their new applications
• 8. Plasma Electronics

※コードシェアセッションあり　6.1と9.1 09. Applied Materials Science

• 9.2 Nanowires, nanoparticles
• 9.3 Nanoelectronics
• 9.4 Thermoelectric conversion
• 9.5 New functional materials and new physical properties

10. Spintronics and Magnetics

• 10. Spintronics and Magnetics (Poster)
• 10.1 Creation of new materials
• 10.2 Spin torque, spin current, circuits, and measurement technologies
• 10.3 Giant magnetoresistance (GMR), tunnel magnetoresistance (TMR) and magnetic recording technologies
• 10.4 Semiconductors, organic, optical, and quantum spintronics

11. Superconductivity

• 11. Superconductivity (Poster)
• 11.1 Fundamental properties
• 11.2 Thin films, thick films, coated conductors and thin film crystal growth
• 11.3 Critical current, superconducting power applications
• 11.4 Analog application and its related technologies
• 11.5 Junction, circuit fabrication process and digital applications

12. Organic Molecules and Bioelectronics

• 12.1 Fabrications and Structure Controls
• 12.2 Evaluation and basic properties
• 12.3 Functional materials and novel devices
• 12.4 Organic light-emitting devices and organic transistors
• 12.5 Organic solar cells
• 12.6 Nanobiotechnology
• 12.7 Medical engineering and biochips

13. Semiconductors A (Silicon)

• 13.1 Basic Properties, Surface and Interface Phenomena, and Simulation
• 13.2 Insulator technology
• 13.3 Si Process・Interconnect・MEMS・Integration
• 13.4 Devices/Integration Technologies
• 13.5 Si-English Session

※コードシェアセッションあり　14.3と15.4，14.5と15.2，14.5と15.3と15.4 14. Semiconductors B (Exploratory Materials, Physical Properties, Devices)

• 14.1 Physical properties of exploratory materials
• 14.2 Ultrathin films and quantum nanostructures
• 14.3 Electron devices and Process technology
• 14.4 Optical properties and light-emitting devices
• 14.5 Compound solar cells

※コードシェアセッションあり　14.3と15.4，14.5と15.2，14.5と15.3と15.4 15. Crystal Engineering

• 15.1 Bulk crystal growth
• 15.2 II-VI-group crystals and multicomponent crystals
• 15.3 III-V-group epitaxial crystals
• 15.4 III-V-group nitride crystals
• 15.5 IV-group crystals and IV-IV-group mixed crystals
• 15.6 IV-group-based compounds
• 15.7 Fundamentals of epitaxy
• 15.8 Crystal evaluation, impurities and crystal defects

16. Amorphous and Microcrystalline Materials

• 16.1 Fundamental properties and their evaluation in disordered materials
• 16.2 Processing technologies and devices
• 16.3 Bulk, thin-film and other silicon-based solar cells

17. Nanocarbon Technology

• 17. Nanocarbon Technology (Poster)
• 17.1 Growth technology
• 17.2 Structural control and process
• 17.3 Exploration of new functions and evaluation of basic properties
• 17.4 Device application

18．JSAP-OSA Joint Symposia

• OSA President Special Lecture
• 18.1 Plasmonics
• 18.2 Bio- and Medical Photonics
• 18.3 Laser Manufacturing
• 18.4 Optical Micro-sensing，Manipulation，and Fabrications
• 18.5 Opto-electronics
• 18.6 Information Photonics
• 18.7 Laser Photonics－XFEL and ultrafast optics－
• 18.8 Carbon Photonics

Joint Session K "Wide bandgap oxide semiconductor materials and devices"

• Nanocarbon Technology

Tutorial

• 放射光計測の基礎と実際
• 鉄系超伝導体　－物質と物性－
• 半導体バイオメディカルデバイス技術
• 「半導体デバイス：物性の基礎からデバイスの原理，回路・システムまで」―― もう一度，学部の基礎から復習してみよう ――
• 結晶成長

Informal Meeting

• 界面ナノ電子化学研究会 運営委員会
• JSAP-KPS Joint Symposium committee meeting
• 応用物理学会中国四国支部研究会企画委員会
• 埋もれた界面のＸ線・中性子解析研究会
• 応用物理教育分科会 幹事会
• 第3回学生研究者交流会
• 第3回FDリフレッシュ理科教室（人材育成員会）
• 超伝導分科会幹事会
• APEX/JJAP定例編集委員会
• 応用物理学会中国四国支部2014年度第2回役員会
• 薄膜・表面物理分科会 第43期第3回幹事会
• 分科会庶務ミーティング
• 北陸・信越支部及びEM-NANO2015組織委員・プログラム委員合同IM
• 応用物理学会女子会IM
• プラズマエレクトロニクス分科会ミーティング
• 磁気科学研究会IM
• 人材育成委員会社会貢献ｸﾞﾙｰﾌﾟＩＭ
• 応用物理教育分科会 インフォーマルミーティング
• ICCGE18/ISSCG16 実行委員会
• シリコンテクノロジー分科会幹事会
• 先進パワー半導体分科会
• スピントロニクス研究会幹事会
• 放射線分科会幹事会
• ISGN6合同実行委員会
• 研究会委員長・新領域グループ代表者会議(2014)
• JJAP特集号編集委員会議
• 未来デバイス懇談会
• シリサイド系半導体と関連物質研究会　幹事会
• 日本光学会　情報フォトニクス研究グループ幹事会
• 代議員推薦委員会
• 有機分子・バイオエレクトロニクス分科会インフォーマルミーティング
• 応用電子物性分科会幹事会
• 窒化物半導体　特異構造の科学
• EMS34第1回運営・実行合同委員会

本部行事

• 第36回「講演奨励賞」贈呈式
• Fellow International特別講演
• 代議員・諮問委員合同会議
• 第36回「論文賞」授賞式
• 第8回(2014年度 )フェロー表彰式
• 懇親会

Luncheon Seminar

• 応用物理学会(APEX/JJAP)
• AIP Publishing
• エリオニクス
• 光ビームプラットフォーム
• 名古屋大学エコトピア科学研究所
• 東陽テクニカ
• IOP 英国物理学会出版局/ 物質・材料研究機構(NIMS)

大分類意見交換会

• 1.応用物理学一般
• 2.放射線
• 3.光・フォトニクス
• 6.薄膜・表面
• 7.ビーム応用
• 8.プラズマエレクトロニクス
• 9.応用物性
• 10.スピントロニクス・マグネティクス
• 11.超伝導
• 12.有機分子・バイオエレクトロニクス
• 14.半導体B（探索的材料・物性・デバイス）
• 15.結晶工学
• 16.非晶質・微結晶
• 17.ナノカーボン