International Conference on Microwave and Terahertz Technology ICMTT on October 07-08, 2026 in New York, United States

Microwave Field and Techniques
Field analysis and guided waves
Frequency-domain EM analysis techniques
Time-domain EM analysis techniques
CAD algorithms and techniques
Linear device modeling
Nonlinear circuit and system simulation

Microwave Passive Components
Transmission line elements
Passive circuit elements
Planar passive filters and multiplexers
Non-planar passive filters and multiplexers
Active, tunable and integrated filters
Ferroelectric, ferrite and acoustic wave components
MEMS components and technologies

Microwave Active Components
Semiconductor devices and monolithic ICs
Signal generation
Frequency conversion and control
HF, VHF and UHF technologies and applications
Power amplifier devices and circuits
High-power amplifiers
Low noise components and receivers
mm-Wave and THz components and technologies

Microwave Systems and Applications
Microwave photonics
Mixed mode and digital signal processing circuits and systems
Packaging, interconnects, MCMs and integration
Instrumentation and measurement techniques
Biological effects and medical applications
Arrays as antennas and power combiners
Radar and broadband communication systems
Wireless and cellular communication systems
Sensors and sensor systems
RFID technologies
High power microwave industrial applications

Emerging Technical Areas of Microwave
RF nanotechnology
Wireless power transmission
New technologies and applications
Innovative systems
Microwave/RF devices for wireless health care applications

Terahertz Theory and Technology
Terahertz devices: electronics/photonics/plasmonics
Terahertz generation, propagation, and interaction
Passive components and materials issues in terahertz
Terahertz imaging
Terahertz sources, detectors and receivers
Terahertz system architectures and distributed networks
Terahertz diagnostics
Terahertz nanoelectronics
Terahertz spectroscopy
Terahertz systems
Advanced materials and concepts (e.g., metamaterials, memristor)
Novel concepts (e.g., plasmonic THz, quantum cascade lasers)
Terahertz to optical metamaterials, assemblies, and systems
New frontiers and recent breakthroughs in terahertz research

Novel Applications of Terahertz
VLSI trustworthiness and inspection – Counterfeit IC Detection
Industrial inspection
Security and military
Biomedical
Information processing and computing
Electronics/information/communication systems
Integration of advanced materials with conventional devices and systems