The 4th International Workshop on Advanced Materials and Devices 2023 August 10-13, 2023, Thai Nguyen, Vietnam

◼ Magnetic Materials
     - Soft magnetic materials
     - Hard magnetic materials
     - Materials for spintronics
     - Nanobiomagnetism
     - Low-dimensional magnetism
     - Magnonics
     - Skyrmionics
     - Topological insulators
     - Magnetic oxides
     - Magnetics for energy applications
     - Magnetism and superconductivity
     - Spintronic devices and sensors
     - Novel phenomena (exchange bias, multiferroics, magnetocalorics, spin-caloritronics, etc.)
◼ 2D Materials and Heterostructures
     - 2D van der Waal materials (growth, characterization)
     - 2D heterostructures
     - 2D devices (design, integration, test)
     - New physical phenomena (e.g., spin-valley coupling, ferroelectricity-valley coupling)
     - Novel applications (e.g., spintronics, opto-spintronics, photonics, valleytronics).
◼ Semiconductor Materials
     - New semiconductor materials (growth, characterization)
     - Optoelectronic devices (lasers, detectors, solar cells, etc.)
     - Design and simulation of novel material based photonic devices
     - Surface plasmon enhancement on emission and detection
     - Photonic components and integration
     - Optical sensors
◼ Emerging and Novel Materials
     - High-entropy alloys
     - Caloric materials (elastocalorics, electrocalorics, barocalorics, etc.)
     - Spin gapless semiconductors

◼ Batteries
     - Materials design for lithium, sodium, and multivalent batteries
     - Metal anode batteries and all-solid-state batteries
     - Metal-oxygen and metal-sulfur batteries
     - Novel characterization techniques
     - Solid-solid and solid-liquid interface phenomena
     - Novel architectures for battery design
◼ Inorganic Materials for Solar Energy Harvesting
     - Nanostructuring strategies for novel inorganic materials
     - Emerging inorganic photoabsorbers, charge-transporting layers, transparent conductors (synthesis, characterization)
     - Theoretical prediction of novel inorganic materials for solar harvesting
     - New device structures for photovoltaics, solar water splitting, and photocatalysis
     - Novel electrocatalyst design, synthesis, and characterization for solar water splitting and photocatalysis
     - High-efficiency solar cells, solar water splitting devices, and photocatalysts
◼ Halide Perovskite Materials for Photovoltaics, Lighting and Beyond
     - Perovskite materials (synthesis, characterization)
     - Perovskite photovoltaics
     - Perovskite LEDs
     - Perovskite synthesis and stability advances
     - Perovskite quantum dots
     - Perovskite based memories and switching devices
     - Lead-free perovskites
     - Large area perovskite printing techniques and methods
     - Theoretical modeling and computational simulation
◼ Thermoelectric Materials
     - Thermoelectric materials (synthesis, characterization)
     - 2D materials and heterostructures with novel thermoelectric properties
     - Hydride thermoelectric materials
     - New physical phenomena (e.g., magnetic tunability of thermoelectric properties; Multivalley degeneracy and band engineering to enhance power factor)
     - Design strategies for multifunctional thermoelectrics
     - Novel device applications

     - Novel biomaterials (synthesis, characterization)
     - Nanomaterials for targeted drug delivery
     - Inorganic dendrimer synthesis and composites
     - Biosensors and devices

     - Quantum materials: fabrication, integration, theory, characterization, and manipulation, etc.
     - Quantum materials for energy
     - Solid-state quantum computing
     - Topological quantum computing
     - Photonics quantum computing and communications
     - Quantum sensing and metrology applications

     - High throughput techniques and models
     - Design of new materials based on machine learning and AI analysis
     - Machine-learning assisted human healthcare monitoring systems