As device geometry shrinks in the nano meter range, new technologies have been proposed for the next generation of electronic systems. These innovations depart substantially from current practice because they rely on physical-based phenomena which become relevant at significantly different (atomistic and/or molecular) implementation levels.

These technologies go well beyond the reduction in device geometry to encompass new computational paradigms. Example of these devices are:

• quantum dots,
• carbon nanotubes,
• silicon nanowires,
• resonant tunneling diodes.

In the computational arena, quantum computing (inclusive of cellular automata), organic switches and tunnel logic arrays have been proposed as Nanofabric. For the foreseen future there is little doubt that these technologies will eventually have an impact on the electronic industry; in the near future their interface with CMOS will also be an important feature to be considered while integrating these technologies into commercial designs.

This TAC will be responsible for promoting different activities such as encouraging the submission, dissemination and review of technical manuscripts in this topic area within TTTC sponsored meetings as well as Special Sessions, Tutorials and Workshops to foster awareness of these issues within the technical testing community. We envisage an active partecipation in both premier meetings of TTTC (i.e. VTS and ITC) and collaborate with other TACs on relevant workshops which drawn on an interdisciplinary coverage.

A further goal of the TAC is to collaborate with the newly formed NanoTechnology Council of the IEEE to ensure that testing is appropriately included in planned activities.