Recently we have succeeded in fabricating a series of novel emulsion films with the controlled thickness from hundreds of nanometers to tens of micrometers. The approach is based on the layer-by-layer deposition of extremely stable charged nanoemulsions. We are exploring more practical applications in soft matter industry. Hyemin is working on this fancy project. So nice!!!
Recently, we have developed a technology to fabricate mechanically reinforced ultralight silica aerogels and showed that this aerogel system exhibits …
Recently, we have developed a multilamellar ceramide core-structured microvehicle platform for substantial skin barrier function recovery. Our ceramid…
Recently, we have succeeded in fabricating multi-compartmentalized cellulose microbeads by programming flows running through micronozzle devices. The …
Recently, we have obtained flower-like spherical molecular crystal particles made by assembly of stratum corneum lipids. This seems to have been induc…
We developed a new hydrophobically modified SiO2-laden cellulose nanofiber emulsifier (HCNFSiO2). The Pickering emulsion armored with HCNFSiO2 showed …
Recently ABML succeeded in fabricating an inorganic thin membrane through platelet-platelet phase separation at the oil-water interface, which results…
Recently we have developed a technology to suppress effectively oxidative stress on living cells by using a WS2 radical scavenger. Actually, the fluor…
Recently we have succeeded in mimicking the most brilliant and striking colors in nature by assembly of cellulose nanocrystals to form a structural co…
We developed new associative cellulose nanocrystals (ACNCs) with stress-responsive rheological behaviors in an aqueous solution. The ACNCs displayed i…
Recently we have succeeded in fabricating a series of novel emulsion films with the controlled thickness from hundreds of nanometers to tens of microm…
We have experimentally demonstrated that our monodisperse Janus microparticles exhibit a great potential in the development of a new type of 2D array …
Recently we have fabricated
uniform dumbbell-shaped amphiphilic Janus microparticles. The approach is based on
the drop-based microfluidic technique. …
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