STIMULE develops an innovative acoustic platform that uses spatio-temporally modulated vortex beams and surface waves—generated via advanced piezoelectric metamaterials—to manipulate and analyze microscopic particles, with a focus on distinguishing cells based on stiffness. By precisely controlling acoustic angular momentum, the project enables contactless, label-free measurement of mechanical properties, offering high potential for biomedical applications such as cancer cell differentiation, diagnosis, and personalized medicine.

We will contribute to WP3 by providing expertise in phononics and nanofabrication technologies, supporting the design and development of the wave synthesis system for generating complex spatio-temporally modulated acoustic fields.