Metamaterials-by-Design

PART/SECTION 1: CONCEPTS, IDEAS, AND METHODOLOGIES IN METAMATERIAL-BY-DESIGN 1. Metamaterials-by-Design: Introduction and Paradigm 2. Task-oriented Modeling of Metamaterials and Metasurfaces 3. Task-oriented Design of Metamaterials: Principles and Methodologies PART/SECTION 2: APPLICATIONS OF METAMATERIALS-BY-DESIGN PARADIGM IN MICROWAVES, TERAHERTZ, PHOTONICS, AND OPTICS FOR SPACE, AVIONICS, AUTOMOTIVE, AND MEDICAL SCENARIOS 4. Field manipulation through MbD-oriented Devices 5. Recent Advancements in Microwave MTM-powered Application-Oriented Systems and Devices 6. Scattering-signature control via digital coding metasurfaces 7. Task-oriented Reconfigurable Metamaterials 8. Multi-Physics Task-Oriented Metamaterials: Scenarios and Recent Developments PART/SECTION 3: ACADEMIC AND INDUSTRIAL VISION ON TASK-ORIENTED METAMATERIAL TECHNOLOGIES 9. Digital Reconfigurable Intelligent Surfaces: On the Impact of Realistic Reradiation Models 10. Task-Oriented Metamaterial Technologies and Applications: An Industrial Perspective 11. Task-Oriented Metamaterial Technologies and Applications: A Mobile Communications industrial perspective

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• Ciência dos materiais
• Electrónica e engenharia das comunicações
• Óptica aplicada

Artificial materials; materials-by-design; terahertz; photonics; optics; optical metamaterials; reconfigurable artificial materials; wave manipulation; 2D materials; 3D materials; material intelligence; smart artificial materials; task-oriented design