IUMRS-ICYRAM 2022
3–6 August 2022, A Hybrid Meeting
Centennial Hall, Kyushu University, Fukuoka, JAPAN
The 5th International Union of Materials Research Societies
International Conference of Young Researchers on Advanced Materials
OVERVIEW
The overall program for this conference.
The detailed program for each symposium is now available.
PLENARY TALKS
​3 August 9:10–10:10
Zhenan Bao
Stanford University, USA
​
​"Skin-inspired Organic Electronics"
​4 August 12:50–13:50
Hossam Haick
Israel Institute of Technology, Israel
​
​"Artificially Intelligent Nanosensors
for Clinical Decisions without a Needle"
5 August 9:00–10:00
Chihaya Adachi
Kyushu University, Japan
​
"Challenge for high-performance OLEDs through materials innovation"
SYMPOSIUM
The respective symposium provides invited talks, contributed lectures, and posters, focusing on specific topics.
Topics will include:
- Design and synthesis of novel functional materials
- Reaction mechanism of novel functional materials
- Emerging properties and characterization techniques
- New ideas, simulation, and modelling of new materials
Topics will include:
- All materials for sustainable development
- All processes for sustainable development
- All applications for sustainable development
- Novel concepts for sustainable development
Topics will include:
- Advanced materials for secondary batteries
- Advanced materials for fuel cell
- Advanced materials for solar battery
- Advanced materials for bioenergy and biofuels
- Advanced materials for sustainable energy
- Advanced materials for carbon capture
- Advanced materials for removal of greenhous gases
- Advanced materials derived from natural resources
- Synthesis methodology of advanced materials for energy and environmental issues
- Treatment methodology of advanced materials for energy and environmental issues
Topics will include:
- Synthesis of advanced inorganic, organic, and hybrid nanomaterials
- Self-assembly and hetero-assembly of nanomaterials
- Surface modification of nanomaterials
- Device applications of nanomaterials in electronics, energy, environment, and biotechnology
- Novel structural and property characterization techniques
- Simulation and modeling of nanomaterials
Topics will include:
- All functional materials including semiconductors and magnetic materials
- Various devices including transistors, solar cells, memories, and thermoelectric devices
- Crystal growth and design of thin films and nanostructures
- Physical properties of advanced materials and structures
- Novel device concepts and processing
Topics will include:
- Design and synthesis of photonic materials (semiconductors, organic materials, and hybrid materials)
- Characterization of optical properties of materials
- Application in photonic devices (light-emitting diodes, display, sensor, photovoltaic cells, displays, optical amplifiers and laser diodes, etc.)
- Nanophotonics
- Optical metamaterials
- Plasmonic materials
- Photonic crystals
- Quantum optics
- Optical sensing technologies
Topics will include:
- Computational materials database
- High-throughput experiments involving combinatorial methods and automation
- Machine learning prediction of physical/chemical properties
- AI guided or data driven materials discovery/synthesis
- Spectroscopy and imaging technology (STEM, etc.) based on machine learning
Topics will include:
- Synthesis, characterization, theory, and simulation of functional polymers, polymer-based materials, and composites
- Supramolecular chemistry of polymers, peptides, proteins, and DNA
- Characterization and application of colloids and nanoparticles
- Synthesis, characterization, theory, and simulation of interfacial materials for bio-applications
Topics will include:
- Design and synthesis of advanced materials designed at the molecular level
- Characterization of materials at atomic scale
- Molecule-based interdisciplinary research
- Computational calculation and simulation of molecular structure, behavior, reactivity, and property
Topics will include:
- Biomaterials for biosensing, bio 3D printing, biointerface, bioMEMES
- Bioinspired materials
- Cell culture and Cell based assay
- Drug delivery vehicles including liposomes, micelles, polymeric nanoparticles
- Drug delivery for anti-cancer drugs, immunotherapy
Topics will include:
- Energy materials
- Materials engineering
- Recycling
- Structural material
- Simulation
- Polymers and soft matter
- Biomaterial
- Biomedical materials
- Agriculture
- Sensor materials and technologies
- Processing and manufacturing
- Social implementation
- Application materials
Novel Functional Materials
Nano-Materials Science and Devices
AI/Data Driven Materials Science and Technology
Advances in Biomedical Science and Engineering
Sustainable Materials, Processes, and Applications
Frontier Electronics, Spintronics, Phononics
Soft Matter and Biomaterial Interface
Functional Materials Research for Social Implementation
Advanced Materials for Energy and Environmental Science
Advanced Photonic Materials and Devices
Design and Applications in Molecular Technology
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