The 60th JSAP Spring Meeting,2013/Search for presentations

・Outstanding achievement Award

・Special Symposium : Action and Problem to Improvement of Education of Science and Technologyin Junior high and high school ・Special Symposium : Women in Applied Physics - Part I: Solar Cells - ・Special Symposium : Research Frontier of Solid State Electornics:New history of Solid State Devices and Materials Conference

・Ultrasonic Electronics ・Application of a shock wave to varied fields ・Gravity Application Research ・Vision for Future Energy System and Technological Targets, as the Kickoff Symposium of Energy System Study Group ・The latest trends in development of radiation measuring instruments for reconstruction efforts from the accident in Fukushima Daiichi nuclear power plant ・Polarization-Reversed Optical Devices for optical control of photonic/ quantum state ・2nd International Symposium on Oxide Nanocomposites and Heterostructures ・Nanoscopic interfacial phenomena in reactive plasma: science and application ・70th Anniversary Symposium of Division of Solid State Physics and Applications ~ 10 Years Progress in Material and Device Developments, and Future Prospects ~ ・Forefront of spin dynamics and transport phenomena ・High sensitivity sensing technology with superconducting devices ・Nanobiodevice for life science ・Semiconductor modeling and simulation: today and tomorrow ・Present and future of CMOS/MEMS integration ・Frontiers of process technology for Si-related thin films ・Recent progress of evaluation of surfaces and interfaces in GaN-based materials --As an approach starting from material physics for device improvement ・Recent status for fabrication and characterization of semiconductor quantum dots ・Synthesis & Characterization of 2 dimensional layered materials ・New aspects of materials science pioneered by neutron and muon beams. ・Novel developments in imaging technology ・Nanoscale Spatiotemporal Dynamics of Optical Excitations -- Fusion of Light, Matter, and Information in Non-equilibrium Open Systems-- ・Optical manipulation in next generation pioneered by matter resonance and designed light - beyond conventional laser tweezers - ・Functional nanomaterials open up a new pathway toward sustainable society ・Programmable Molecular Devices: from Molecular to Mesoscopic Systems ・Objective and current status of CZTS solar cells ・The frontiers of SiC power electronics technology ～prospects of wide-range practical applications and survey of remaining issues～

・レーザーディスプレイ・照明の現状と展望(講師：山本和久) ・プラズマの基礎とその微細加工技術への応用(講師：辰巳哲也) ・スピントロニクスの基礎(講師：宮﨑照宣) ・半導体、電子デバイス、配線を回路理論の立場から学び直してみる(講師：天川修平) ・高効率化合物太陽電池の基礎、研究開発の現状と将来展望(講師：山口真史) ・混晶半導体の熱力学と薄膜成長(講師：尾鍋研太郎) ・結晶シリコン太陽電池の基礎(講師：大下祥雄)

1.1 Applied physics in general 1.2 Education 1.3 Novel technologies 1.4 Energy conversion and storage 1.5 Resources and environment 1.6 Magnetic field and its application 1.7 Instrumentation and measurement 1.8 Metrology 1.9 Ultrasonic

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

3.1 Physical optics and basic optics 3.2 Materials optics 3.3 Equipment and device optics 3.4 Optical measurement 3.5 Information optics & photonics 3.6 Biomedical optics 3.7 Nano-optics 3.8 Frontier of optics

4.1 Quantum and atom optics 4.2 Photonic nonostructures and phenomena 4.3 Laser systems and materials 4.4 Ultrashort-pulse and high-intensity lasers 4.5 THz technology 4.6 Applied laser spectroscopy and instrumentation 4.7 Laser processing

5.1 Semiconductor laser, Light emitter / Photodetector 5.2 Optical Recording/Display/Lighting 5.3 Optical Control 5.4 Optical fiber

6.1 Ferroelectric thin films 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

7. 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

8. Plasma Electronics Invited lecture of overseas researcher Invited lecture in Plasma Electronics session 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

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

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 11.1 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

12.1 Fabrication methods 12.2 Evaluation and basic properties 12.3 Electro-functional materials and devices 12.4 Opto-functional materials and devices 12.5 Liquid crystal 12.6 Polymers and soft materials 12.7 Biological and medical engineering, biochips 12.8 OLED 12.9 Organic transistors 12.10 Nanobiotechnology 12.11 Organic solar cells 12.12 Dimension-controlled organic nanomaterials

13.1 Basic properties and their evaluation 13.2 Semiconductor surfaces 13.3 Insulator technology 13.4 Interconnection technology 13.5 Si process technology 13.6 Silicon devices / Integration technology 13.7 Simulation

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

15.1 Bulk crystal growth 15.2 II-VI-group 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, nanoimpurities and crystal defects

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 17.1 Growth technology 17.2 Structural control and process 17.3 Exploration of new functions and evaluation of basic properties 17.4 Device application

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

22.1Joint Session L "Basics and applications of MEMS, NEMS: Integration of diverse functionalities"

・Best Optics Paper Award

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