Design and measurements of low power multichannel chip for recording and stimulation of neural activity. - Miroslaw Zoladz; Piotr Kmon; Pawel Grybos; Robert Szczygiel; Rafal Kleczek; Piotr Otfinowski; Jacek Rauza (EMBC, 2012)

A complete 256-channel reconfigurable system for in vitro neurobiological experiments. - Miroslaw Zoladz; Piotr Kmon; Jacek Rauza; Pawel Grybos; Tomasz Kowalczyk; Bartosz Caban (BioCAS, 2013)

System for multichannel recording of the electrophysiological activity of a brain tissue in-vivo. - Miroslaw Zoladz; Piotr Kmon; Jacek Rauza; Pawel Grybos; Tomasz Blasiak (MIXDES, 2013)

Ultra fast X-ray detection systems in nanometer and 3D technologies. - Pawel Grybos; Aleksandra Drozd; Grzegorz Deptuch; Krzysztof Kasinski; Rafal Kleczek; Piotr Kmon; Piotr Maj; Piotr Otfmowski; Jacek Rauza; Robert Szczygiel; Tomasz Satlawa; Miroslaw Zoladz (MIXDES, 2014)

Design of system-on-chip in 180 nm technology for multi-channel wireless recording of the nerve tissue electrical activity. - Miroslaw Zoladz; Piotr Kmon; Jacek Rauza; Robert Szczygiel; Pawel Grybos; Piotr Otfinowski (MIXDES, 2014)

Multichannel neural recording system based on family ASICs processed in submicron technology. - Miroslaw Zoladz; Piotr Kmon; Jacek Rauza; Pawel Grybos; Tomasz Blasiak (Microelectron. J., 2014)