Femtosecond laser nanostructuring of nanometric thin films and hybrid multilayers is of enormous importance to the development of upscalable additive manufacturing.
View sessionThe development of real-time 3D ultrasound imaging is constrained by two fundamental challenges: probe design and acquisition speed.
View sessionTwo widely used approaches for defining the effective electromechanical coupling constant, k2t,eff2, in piezoelectric bulk acoustic wave (BAW) resonators are the IEEE and overlap-integral definitions. Both formulations originate from the fundamental energy-ratio definition of coupling.
View sessionShort-lag spatial coherence beamforming was initially introduced as a clutter reduction technique for cardiac ultrasound imaging.
View sessionBiomedical ultrasound is widely used for medical imaging and intervention, but ultrasound alone is insufficient for precision diagnosis and therapy.
View sessionPhononic (acoustic-wave) integrated circuits offer unique advantages for sensing and analog computing beyond conventional electronic and optical platforms.
View sessionUltrasound Localization Microscopy (ULM) enables microvascular imaging far beyond the diffraction limit, but most implementations remain confined to 2D.
View sessionModern industrial and biomedical challenges increasingly demand multimodal sensing solutions that integrate acoustic, optical, and electromagnetic approaches.
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View sessionTextured piezoelectric ceramics offer the potential to combine the ultrahigh piezoelectricity of single crystals with the mechanical robustness, property uniformity and cost advantages of conventional ceramics.
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