You need to select one of the follwing topics when you submit an sbstract of presentation.
1. Fundamentals of Ferroelectrics and Related Materials

• Theory and Modeling(1)/First Principle Calculation/Electronic Structures
• Theory and Modeling(2)/Phenomenological Theories/Phase Field Simulations
• Critical Phenomena/Soft modes/Phase Transitions
• Domain/Surface/Interfacial Phenomena
• Fundamentals of Multiferroics
• Incommensurate and Modulated Structures

2. Novel Characterization Techniques

• Static & Dynamical Structure Characterization by Quantum Beam
• Electron or Scanning Probe Microscopes
• Inelastic Light Scattering and Terahertz Spectroscopy
• Electrical & Electromechanical Characterizations
• Other Novel Characterization Methods

3. Ferroelectrics and Related Materials

• Dielectric/Piezoelectric/Pyroelectric/Ferroelectric Materials
• Multiferroic Materials
• Antiferroelectric/ Relaxor/Other Polar Dielectric Materials
• Ferroelastic/Electrocaloric/Flexoelectric Materials
• Electro-optic/Photonic Materials
• ECO/Smart Materials

4. Dielectric Applications

• Multilayered Ceramic Capacitors (MLCCs)
• High Temperature/High Power Capacitors
• Energy Storage Capacitors
• Dielectrics for High Frequency Applications
• Thin Film Capactors

5. Piezoelectic Applications（長先生）

• Actuators/Vibrators/Acoustic Transducers
• SAW/BAW/FBAR, Bulk resonator applications
• Sounders, Buzzers, Speakers
• Energy harvestors
• Applications for Energy and Environment

6. Ultrasonics: Fundamentals Materials and Applications

• Wave Propagations in Various Media and Their Applications
• Vibration Mode Analyses for Ultrasonic Devices/Resonators
• High Power Characteristics and Applications
• Ultrasonic Imaging Devices/Sensors
• Materials for Ultrasonic Applications

7. Ferroelectric Thin Films

• Thin Film Growth and Characterization
• Novel Ferroelectric/Piezoelectric Thin Films(Organic, MoS2, Interfacial Polarization etc.)
• Nanowires, Nanotubes, Nanocubes, Superlattices and Ultrathin Fiilms
• Energy harvesting, Piezoelectric, IR and Terahertz and Sensors(MEMS devices)
• Memories and Capacitors (Neuromorphic Chip, Negative Capacitance and Battery)

8. Novel Processing for Ferroelectric and Related Materials（武田先生）

• Single Crystal Growth
• Novel Ceramic Processing
• Processing for Thick and Thin Films

9. Functional Ceramic Materials and Applications

• Ionic Conductive and Semiconductive Oxides
• Varistors, Thermistors, and Sensors
• Microwave, Magnetic and Photonic Ceramics
• Thin and Thick films of Electronic Ceramics
• Ceramics for Energy and Environment
• Functional Ceramics for Bio-Applications

10. R & D in Japanese Industries