Printing process enables production of large-area visible wavelength metamaterials

Researchers at the University of Central Florida recently published a paper announcing production of large-area visible light wavelength metamaterials – specifically materials with a negative index of refraction – using a "nanotransfer" printing process. Its process is similar to nanoimprint lith...

This research is archived and therefore no longer available. For further assistance please contact your Customer Success Manager or email ClientEngagementTeam@luxresearchinc.com. Thank you!

Related Research

Tohoku University researchers produce MOFs as a thin film instead of the usual powder form

News Commentary | November 24, 2020

During manufacturing, MOFs are typically produced as a powder. However, for most application areas, a different form factor is required, and films are the most desired form for application to sensors and other parts. Post‑processing is a difficult stage for manufacturing MOFs, as it can reduce ... Not part of subscription

Novel piezoelectric material increases maximum strain by 100 times

News Commentary | February 22, 2021

Researchers at Nanyang Technological University developed a ferroelectric crystal that exhibits piezoelectric and electrostrictive properties; it can elongate up to 22%, compared to less than 0.5% and typically about 0.2% for traditional piezoelectric materials. The hybrid organic/inorganic material... Not part of subscription

NanoPhotonica

Company Profile | May 24, 2022

The company was founded in mid‑2010 based on optical materials research from the Holloway Group at the University of Florida and initially focused on photovoltaic applications Switched to focus fully on electroluminescent QDs and LED transport layer materials for inkjet‑printable displays ... Not part of subscription