Adaptation of emulsion precursor materials to enable three-dimensional printing of bijels via direct ink writing (DIW) and co-solvent vaporization.
A hydrogel-based adhesive with a hydrophobic backing layer protects it from exposure to water and offers painless removal and easy repositioning.
A method to fabricate batteries from biodegradable materials that can operate in the environment, such as on or under soil, and are scalable in size.
A hydrogel that can naturally stretch and self-heal while adhering to the body, enabling new designs for medical adhesives.
A polymer mesogen which self-assembles into a stable cubic nanoporous liquid crystal, for use in filtration, catalysis, and ion transport.
Ultrastrong hydrogel adhesives that can carry greater than 50kgs of weight and yet can be rendered reversible.
A hydrogel that combines conductive additives with the strength of dynamic bonds to create a naturally flexible and adhesive electrode.
Activated by water quickly, dry hydrogel film adhesive produces a strong and reversible adhesion.
The technology is a fouling resistant nanofiltration membrane that filters out harmful contaminants from water and greatly reduces levels of hardness. The membrane is highly permeable and rejects divalent salts efficiently due to its unique water-channel architecture.
Biocompatible hydrogels exhibit robust adhesion in wet conditions to substrates with wide range of chemistries and moduli.