This review covers recent progress in using single molecule fluorescence microscopy
imaging to understand the nanoconfinement in porous materials. The single molecule …

Nanoporous solids, including microporous, mesoporous and hierarchically structured
porous materials, are of scientific and technological interest because of their high surface-to …

We used single-molecule fluorescence microscopy to study self-diffusion of a feedstock-like
probe molecule with nanometer accuracy in the macropores of a micrometer-sized, real-life …

The performances of porous materials are closely related to the accessibility and
interconnectivity of their porous domains. Visualizing pore architecture and its role on …

The intense interactions of guest molecules with the pore walls of nanoporous materials is
the subject of continued fundamental research. Stimulated by their thermal energy, the guest …

Nanopore sensing has enabled label-free single-molecule measurements on a wide variety
of analytes, including DNA, RNA, and protein complexes. Much progress has been made …

Understanding the fundamental catalytic principles when the catalytic centre is confined in
nanoscale space that is dimensionally comparable to the reactant molecule is crucial for …

Conspectus Nanofluidics is the study of fluids under nanoscale confinement, where small-
scale effects dictate fluid physics and continuum assumptions are no longer fully valid. At …

Engineered nanoporous materials have been extensively employed in the environmental
field to take advantage of increased surface area and tunable size exclusion. Beyond those …

Nanopores employ a confined space for electrochemical sensing of high‐throughput
individual biomolecules in solution. Tremendous research efforts over the last two decades …