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Multifunctional Micro/Nanosystems

Smart Systems Integration activities at IMM aim at demonstrating multifunctional systems based on nanostructured materials and microsystem devices, by bridging the gap between the phenomena occurring at the micro- and nanoscale and the real-world of the final user. Exploiting the cutting-edge proprieties of novel functional materials and microstructures requires the transfer of the new materials and technologies to the device level.

IMM owns the largest public technological facilities for the development, characterization and prototyping of micro- and nanosystems, together with the systems engineering capabilities necessary for the integration of multifunctional micro- and nanosystems.

The multidisciplinary know-how available at IMM, which includes solid state physics, photonics, material science and electronic engineering, is integrated and applied for developments in the following application areas:

  • Smart, Secure and Inclusive Communities: autonomous multisensing systems for the measurement of chemical and physical parameters, including deployment on unmanned platforms (drones);
  • Technologies for life environment: multifunctional and multisensing systems for the care of elderly people: ambient assisted living and autonomous systems for air quality monitoring;
  • Agrofood: advanced electronic noses and multisensing systems for food safety and quality;
  • Multifunctional systems based on functionalized optical fibres and integration of photonic systems on silicon;
  • Flexible sensing systems including wearable sensors and power harvesting devices;
  • Multifunctional systems for biological applications: biosensors and micro drug-dispensers, medical diagnosis systems and breath analysers.

For some applications, the developments at IMM were demonstrated at a high technology readiness level (up to TRL7), the final target being the technological transfer to national and European companies.

 

Coordinator: Zampolli Stefano

NIR silicon photonic devices to be integrated with electronic circuitry

The activity is mainly focused on the design, fabrication and characterization of silicon-compatible photonic devices based on materials that can be deposited at low temperature...

Multifunctional IoT-ready systems for healthcare and quality of life

The research activities are addressed to the design and prototyping of:

1. active (Time-of-Flight, Structured Light, RGB-D) and passive (RGB) vision systems for critical event prediction-...

Materials and Enabling Technologies for "Smart Systems Integration (SSI)"

 

Materials and Enabling Technologies for Smart Systems Integration (SSI)

The activity looks towards the integration of sensors and micro-components in smart...

Multifunctional chemical systems for food analysis and biomedical applications (breath analysis & metabolomics)

 

The development of future multifunctional chemical sensing devices requires multidisciplinary integration of different skills (physics, engineers, biologists, chemists, physicians) and...

Multifunctional acrylic flexible film with embedded low dimensional ZnO structures

 

This research activity at CNR-IMM in Lecce aims at preparing innovative composite thin coatings that exhibit piezoelectric features for the...

Active miniaturized system for flow separation control in aeronautics applications

 

Present research activity is devoted to design, fabrication and functional tests of low cost capacitive pressure sensors coupled with dielectric...

Flexible thermoelectric generator for wearable sensors applications

 

 

Present research topic at IMM-CNR in Lecce is related to design, optimization and development of wearable and flexible...

Scanning Microwave Microscopy for Material and Life Sciences

The research and study of microwave signals and technology have a huge impact in the society, as they form the basis for communication, remote sensing and modern navigation systems. In addition,...

Multifunctional Microsystems based on Integrated Circuit Technology.

The Unit of Naples is involved in design, manufacturing and characterization of multifunctional microsystems; a promising platform where different functionalities and materials...

Analytical gas multi-sensing systems based on MEMS microfluidic devices

To perform reliable analyses of real-world gas samples, a very high selectivity is necessary to avoid false signals provided by interferents in the complex sample matrix. In most cases, especially...