CDW Memory
An 2-terminal ultrafast electronic non-volatile memory concept for low-temperature, ultra high speed, low-energy applications.
Emerging technology, TRL3-6
Nanolithography
Preparation of nanostructured samples, electronic circuits, contacts, submicron devices and systems requiring the use of nanolithography combining JEOL JSM 7600F (IJS CEMM) with Laser Direct Imaging (CO Nanocenter) and Focused Ion Beam (CO Nanocenter).
Laser Therapy –
Lasers and Medical Applications
Advances in existing and possibilities for novel laser therapies (primarily in dermatology, aesthetic surgery and stomatology) are investigated in numerical, in vitro, and clinical studies.
In collaboration with company Fotona (Ljubljana), Clinical Center Ljubljana, and Beckman Laser Institute and Medical Clinic, University of California at Irvine.
Nanocomposites
Conducting transparent composites and self-lubricationg composites are just two possible applications of MoSI nanowires embedded in a polymer matrix.
Biomedical optics
We are developing inovative approaches for noninvasive characterization of physiological state and/or structure of biological tissues and organs in vivo, with potential applications in medical diagnostics, optimization of laser treatment devices and protocols, and forensics.
MoSI Nanowires
The company Mo6 was formed with the aim to commercialize synthesis of transition metal chalcogenide (TMC) nanomaterials and develop new applications based on this important new class of nanomaterials.
MOSI nanowires promise a variety of possible applications, ranging from monomolecular substrates for biomolecular sensors to fillers in advanced composites. Other applications include field emission devices and tribological composites.