Project Description

Today electronics provides the means for complex computing and drives the communication society. The availability of electronics has been enabled to a large extent by integration  technology. In analogy to electronics the same concept of integration is today pursued in analytics and chemical synthesis. These "labs on chips’; as they are called, will enable better and faster medical diagnosis. Silicon-based electronic components for biochemical sensing, as they are developed in this project, are crucial elements for such chips. 

[read on]

A robust platform for textile integrated gas sensors
C Ataman, T Kinkeldei, G Mattana, A Vásquez Quintero, F Molina-Lopez, J Courbat, K Cherenack, D Briand, G Tröster, NF de Rooij
Sensors and Actuators B: Chemical

Woven temperature and humidity sensors on flexible plastic substrates for e-textile applications
Giorgio Mattana, Thomas Kinkeldei, David Leuenberger, Caglar Ataman, Jinyu J Ruan, Francisco Molina-Lopez, Andrés Vásquez Quintero, Giovanni Nisato, Gerhard Tröster, Danick Briand, Nico F de Rooij
IEEE Sensors Journal

Phase-locked loop based on nanoelectromechanical resonant-body field effect transistor
S. T. Bartsch, A. Rusu and M. A. Ionescu
Applied Physics Letters

Experimental confirmation of temperature dependent negative capacitance in ferroelectric field effect transistor
Salvatore, Giovanni A.; Rusu, Alexandru; Ionescu, Adrian M.
Applied Physics Letters


[more]

Sensing with dual-gated Si nanowire FETs
Wangyang Fu, Oren Knopfmacher, Alexey Tarasov, Mathias Wipf, Michel Calame, Christian Schonenberger

Advanced Nanowire Array System for Optical and Electrical Biosensing


CMOS Integrated Readout for Silicon Nanowire-based biosensors
Paolo Livi, J

Silicon Nanowires for a Sensing Platform
Sara Rigante, Adrian Ionescu


[more]