Session Overview: Engineering sustainable and durable materials for infrastructure and building.
• Smart concrete and self-healing composites
• Geopolymers and recycled materials
• Fire-resistant and insulating materials

Session Overview: Materials with specialized electromagnetic properties for emerging applications.
• Ferromagnetic and multiferroic materials
• Superconductors and cryogenic applications
• Magnetic nanomaterials and memory devices

Session Overview: Bridging academia, industry, and policy for real-world impact of nanotech.
• IP, regulatory, and safety considerations
• Scale-up and manufacturing
• Investment and startup ecosystems

Session Overview: Designing high-performance materials for extreme conditions and efficiency.
• Lightweight composites and thermal protection
• Corrosion-resistant alloys
• Materials for electric vehicles and propulsion systems

Session Overview: Materials critical for modern electronics, computing, and IoT.Materials in Electronics and Semiconductor Devices

Session Overview: Materials that manipulate light for telecommunications, imaging, and sensing.
• Photonic crystals and metamaterials
• Nonlinear optical materials
• Light-harvesting and waveguiding structures

Session Overview: Materials that respond to stimuli and adapt to environments.
• Piezoelectric and magnetostrictive materials
• Thermochromic and shape memory materials
• Interfaces for sensors and actuators

Session Overview: Enhancing the strength, durability, and function of metallic systems.
• Alloy design and phase transformations
• Corrosion resistance and fatigue analysis
• High-entropy and lightweight alloys

Session Overview: Structural, thermal, and electronic applications of advanced ceramics and composites.
• Oxide and non-oxide ceramics
• Ceramic matrix and polymer matrix composites
• Thermal shock resistance and mechanical behavior

Session Overview: Innovations in digital manufacturing, design flexibility, and custom materials.
• 3D printing of metals, ceramics, and polymers
• Biofabrication and tissue printing
• Sustainable and rapid prototyping

Session Overview: Materials enabling clean energy, waste reduction, and environmental monitoring.
• Photocatalytic and adsorbent materials
• Membranes for water purification
• Green and recyclable materials

Session Overview: Advancements in coating technologies and interfacial phenomena.
• Physical and chemical vapor deposition
• Functional and protective coatings
• Adhesion, wear, and surface modification

Session Overview: Delving into the quantum properties of materials for electronics and computation.
• Quantum dots and topological insulators
• Nanoelectronic devices
• Spintronics and 2D semiconductors

Session Overview: Leveraging computational tools and machine learning to accelerate discovery.
• Materials modeling and simulation
• AI-driven materials design
• High-throughput screening platforms

Session Overview: Techniques to probe the structure, composition, and performance of materials.
• Electron microscopy and spectroscopy
• X-ray diffraction and thermal analysis
• Atomic force and scanning probe microscopy

Session Overview: Focusing on material design for healthcare, regenerative medicine, and implants.
• Tissue engineering scaffolds
• Drug delivery systems
• Biocompatibility and biosensors

Session Overview: Exploring developments in polymer chemistry, processing, and functional applications.
• Conductive and biodegradable polymers
• Responsive hydrogels and elastomers
• Polymer nanocomposites

Session Overview: Highlighting innovations that power sustainable energy solutions.
• Battery technologies and solid-state electrolytes
• Photovoltaics and solar cell materials
• Fuel cells and hydrogen storage materials

Session Overview: Investigating the synthesis, properties, and applications of nanostructured materials.
• Carbon nanotubes, graphene, and 2D materials
• Quantum dots and nanocrystals
• Nanostructured coatings and films

Session Overview: Exploring cutting-edge advancements and novel materials shaping the future of science and engineering.
• Smart and multifunctional materials
• Bio-inspired and self-healing materials
• High-performance alloys and composites