Jonas Muller
Research (SCALE)
The SCALE project develops a high-density DNA writing platform based on a CMOS chip integrating microelectrode arrays with several hundred thousand simultaneous writing sites, combined with automated ultra-low-volume microfluidics (< 1 µL). Using a fast electrochemical approach, the platform enables localized control of enzymatic DNA synthesis.
As research engineer with experience in advanced nanofabrication and CMOS device characterization, I am working on the integration of electrodes and microfluidics on CMOS chips using low-temperature BEOL processes.
SCALE is an associated project of the MolecularArXiv PEPR program Link
Featured publications
- 2025: Engineering Ni-Silicide Nanocontacts for 3D Silicon Devices via Geometrical Confinement Control Link
- 2024: Logic Gates Based on 3D Vertical Junctionless Gate-All-Around Transistors with Reliable Multilevel Contact Engineering Link
- 2023: Engineering of dense arrays of Vertical Si1-xGex nanostructures Link
- Full list of publications see here.
