NANOMAT creates a point for partnerships with industry for rendering services, novel research contracts, PhD programmes, international publications or EC-funded projects. Results will be published jointly with the consortium partners at international conferences and finally in journals. This increases also the visibility of high-quality research institutes in Europe. NANOMAT is in line with TUCs field

The main markets addressed by Blue Synergy are Flexible electronics market, electronic manufacturing industry, telecommunications industry. Blue Synergy personnel has background in sustainability assessments in MEMS and nanomaterials. Current participation in target markets is low. Knowledge acquired about environmental impacts, eco-design and circulatory of NANOMAT technologies will increase Blue Synergy’s current sustainability services oriented to

NANOTEST is an SME, which is engaged in the field of materials characterization and test equipment development, particularly for thermal problems. In recent years, much progress has been achieved here in steady state, transient thermal characterization and failure analysis using Infrared and Thermoreflectance thermography. By support of its activities within the NANOMAT project, NANOTEST now

The participants from NKUA belong to the Semiconductor and Microsystems Lab. at the Department of Physics. NKUA group has a long broad knowledge in the field of MEMS switch reliability, specifically the effect of RF-MEMS capacitive switches dielectric film charging. NKUA group has participated in several EU projects, among which AMICOM, NANOCOM, NANOTEC, ESA on

For high-power applications, switching speed and invasive bio-sensors markets, the integration of flexible GaN, CNT, MEMS and SAWs allows for high performance bendable electronics. Applications such as lidar where flexible high performance GaN/CNT enables the laser signal to be fired at higher speeds, these electronics could be attached in moving objects with small footprint. Also,

Τhrough NANOMAT, IMT will engage to exploit and disseminate the results, spread excellence to the scientific community and the large public through joint publications with other partners and communication activities. The results regarding the SAW strain and temperature sensors will be published in high impact factor journals (e.g. IEEE Electron Device Letters, IF: 4.187; IEEE

The participants from Uppsala University belongs to the Microwave Group at the Department of Electrical Engineering. UU has a broad knowledge in the fields of design, manufacturing and integration of antennas for wireless sensors and wireless communications, operating from microwave to THz frequencies. Successful projects at millimetre waves for 5G implementation of antenna arrays in