Fabrication and Analysis of Nanopores in Solid-state Membranes and 2D Materials

Prof. Dr. Jannik C. Meyer
Bridge Professor Center for Nanoanalytics

+49 7121 51530-924

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Dr. Peter D. Jones
Group Leader Biomedical Micro and Nano Engineering

+49 7121 51530-800

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The research field of solid-state nanopores and nanofluidics deals with the development and characterization of nanometer-sized channels in solid-state materials to control the flow of molecules, liquids or gases.

This technology has applications in areas such as biosensing, energy, and environmental monitoring. Solid-state nanopores and nanofluidics provide the ability to measure or control the transport of molecules and ions through these channels. Thus, this technology provides a means to explore fundamental phenomena at the nanoscale, thereby providing insights into the behavior of fluids and materials at extremely small scales.

Our competences include

• Fabrication of nanopores using TEM (1-20 nm diameter) or FIB (Ga+ to 20 nm, He to below 5 nm).
• High-resolution chemical analysis of solid-state membranes and nanopores (EELS, EDX)
• Functionalization (e.g. plasma treatment, wet chemical, organosilane chemistry)
• Electrical measurements (Axopatch 200B, impedance spectroscopy)

nanodiag- Uses nanopore technologies to detect epigenetic factors influencing diseases