Team – MetacMed

Metamaterial lenses for ultrasonic sub-wavelength imaging in water

Artificial Intelligence for discovering novel acoustic/mechanical metamaterials designs and properties

Noise reduction and energy harvesting from walking via metamaterials

Metamaterial-based devices for energy harvesting and metamaterial insoles

Metamaterial-enhanced ultrasonic Guided Waves monitoring for osseointegrated implants and fractured bone healing

Metamaterial adaptive filters for harmonic imaging in clinical applications

Filtering acoustic waves with multiphysics

Metamaterials and metasurfaces for improved ultrasonic clinical screening

Guiding and confining wave energy in 3D chiral metamaterials

Metamaterials for spinal implants

AI-aided topology optimization of phononic crystals

Additively-manufactured metamaterial with embedded FBG sensors for human joints monitoring and rehabilitation

Twelve doctoral candidates