A low-cost, biodegradable, passive environmental sensor using metasurfaces and polymers to optically respond to changes in environment (humidity, volatile compounds, temperature).
An electron-beam method creates ultrathin silicon nitride nanopores and membranes for macromolecule analysis and sequencing-related applications.
Hafnium oxide-coated nanopores improve pore stability during ionic measurements and support macromolecule translocation in solid-state membranes.
Hydrolytic composite pellets combine nanoporous reactive material with a hygroscopic phase to suppress pyrophoricity while generating hydrogen on demand from water.
A colloidal lithography method transfers anisotropic nanoscale patterns into substrates using nanoparticle masks with inter-particle spacing below 5 nm.
A method to fabricate a parallel search architecture in the analog domain to improve inference accuracy, memory architecture, and speed.
A capillary infiltration method forms patterned polymer-filled nanoparticle films with high nanoparticle loading and graded material properties.
The technology provides single-step fluid compositions and coating methods that form superamphiphobic, transparent surfaces on substrates using silanes and stringed silica nanoparticles
Superoleophobic membrane coatings incorporating functionalized hydrophilic silica nanochains to allow the separation of water from oil mixtures and emulsions.
A source-sink emulsion method forms nanocrystal superparticles and enables illumination-based spectral stabilization and color tuning of quantum dot optical devices.