Our Experiments

We use laser-based direct write systems for photolithographic patterning of our devices on large-scale. Depending on applications we work with wafer-scale design and fabrication. We use the cleanroom in ECE, more details here.

We use state-of-the-art EBL system to patten nanoscale structures and devices. The Raith EBPG 5200 Plus allows for patterning of the structures with feature sizes of 5nm.  We access this instrument in the cleanroom at CREOL, see here.

We perform 2D material transfer in our own chemical fume hoods designed for safe work and preserving clean environment required for the high quality material work. 

We design and build custom measurement setups for recording electrical signals from our devices. Depending on the device geometry, we perform two- or three-probe measurements. Data acquisition and experiment control are automated using LabView and Python, allowing for high-throughput measurements. 

We integrate optical excitation and spectroscopic detection through a confocal microscope pathway, while maintaining electrical probe access to individual devices. This configuration allows us to measure photocurrent and light emission from a single device at a time with high spatial precision. 

We analyze our material quality, device and EBL-patterned nanostructures using scanning electron microscopy (SEM) available through shared facilities, allowing us to visualize nanoscale details and verify material quality after transfer and results of fabrication steps. We use Advanced Materials Processing and Analysis Center.

We design and build high-sensitivity confocal microscopy systems tailored for recording optical and bioelectrical signals. By optimizing optical pathways, detector selection, and vibration isolation, we achieve the sensitivity required to measure weak signals from nanoscale devices and living systems. 

We integrate biological systems with our nanoscale devices by seeding cells directly onto device surfaces. Cell culture is performed entirely in-house, using our cell culture hood and CO₂ incubators, which provide a controlled and sterile environment for maintaining healthy cell populations.

In our lab, science is both safe and fun. We prioritize safe laboratory practices and a collaborative, respectful environment. We also believe that great science happens when people feel encouraged, connected and happy. So we always make room for curiosity, creativity, and fun. More here.