Technology Update
Kattesh Katti, Ph.D., Curators’ Professor of Radiology and Physics at the MU School of Medicine and lead author of the study. Credit: Justin Kelley, MU Health The American Cancer Society reports that every year, over 700,000 new liver cancer cases are diagnosed globally. Currently, the only way to cure liver cancer is to surgically remove […]
Researchers at Stanford University in the US have developed new, stretchable and self-healing thin-film polymeric semiconductors. The materials, which contain dynamic intermolecular hydrogen bonds that can be easily broken and reformed, might be used to make advanced organic electronic films that mimic human skin….. http://nanotechweb.org/cws/article/tech/66996 An intrinsically stretchable and healable organic semiconductor
Researchers at ORA in Montreal, Canada, say they have developed the first consumer-ready loudspeaker from graphene oxide. The technology is compatible with current speaker and audio systems and could find its way into many commercial products in the not too distant future, says company co-founder Xavier Cauchy….. http://nanotechweb.org/cws/article/tech/67016 Prototype speaker membrane
Gold nanoparticle-based supraspheres, which are analogues of supramolecular cages and containers, can be used to perform classical host-guest chemistry, according to new experiments by researchers in Israel and Switzerland. Although real-world applications may be a way off, at the laboratory level these materials may be used as soluble systems for better understanding phenomena associated with […]
Exploiting the quirks of quantum mechanics in real-world technologies – such as quantum communication – requires material systems that enable the transfer and exchange of quantum entanglement between different systems. Now, calculations by researchers in the US indicate that defects in silicon carbide (SiC) – which is CMOS-compatible – may have winning attributes to fit […]
A new way to treat influenza using nanoparticle dendrimers containing sialic acid has been developed by a team of researchers in the US and Korea. The influenza virus binds to these nanoparticles and is thus unable to infect lung tissue. Although only tested on mice so far, the technique might help in the design of […]
