For the exploration of novel phenomena in quantum materials we develop and apply new methods in the nanofabrication of devices. In addition to conventional nanofabrication methods such as e-beam lithography, reactive ion etching, and thin film deposition, this also includes novel protocols of van der Waals heterostructures assembly in the inert argon environment, He+ ion beam patterning and AFM-based lithography. 

Our approach combines novel nanofabrication techniques with cryogenic magneto-transport experiments in the presence of strong THz and IR drive. Using the multi-messenger method we access the electrodynamic, magnetic, and thermal properties of novel material platforms. 

We explore the opportunities for a practical application of the new effects discovered in novel low-dimensional material platforms: from sensitive THz sensors and cameras to single-photon detectors and tunnel-field effect transistors.