Microfluidics

Nanofluidics & Molecular Transport

Nanofluidics explores fluid behavior and molecular transport within nanoscale channels, where unique physical phenomena emerge and traditional fluid dynamics no longer apply. These confined environments allow precise manipulation of ions, biomolecules, and nanoparticles, enabling advanced sensing, molecular filtration, and sequencing technologies. Innovations in nanotube integration, graphene membranes, and solid-state nanopores support high-resolution studies of DNA, proteins, and metabolites. Nanofluidic systems contribute to ultra-sensitive detection of rare biomarkers, energy-efficient desalination, and controlled drug release. Understanding molecular interactions at the nanoscale provides insights into biological processes and supports the development of next-generation analytical tools. As fabrication techniques advance, the ability to reliably engineer nanoscale channels improves device reproducibility and commercial potential. Nanofluidics continues to push boundaries in biotechnology, chemistry, and materials science by enabling unprecedented control of molecular-scale transport.