In the News
"The mass market seeks augmented-reality displays small enough to embed in a pair of sleek, lightweight eyeglass frames." Read the in-depth article by NS Nanotech CEO and Co-Founder Seth Coe-Sullivan in the June 2024 issue of Compound Semiconductor Magazine that provides a roadmap to the future of nanowire LEDs.—Read More
Nov. 30, 2023
StatisticsMatrix Says NS Nanotech is First Mover at the "Dawn of the Nanophotonics Age"
Mark Stansberry, founder of StatisticsMatrix and developer of the Semiconductor & IP Core Subject Matter Expert Database, says NS Nanotech's "ability to integrate LEDs and lasers into everyday silicon chips foretells the beginning of the nanophotonics age, the end of the transistor age, and the beginning of significant advances in healthcare technology.”—Read More
Oct. 30, 2023
Smaller LEDs are Scaling Up for Uses Such as Lighter AR Glasses, Automotive Applications
Fierce Electronics reports on NS Nanotech's "new methods for growing sub-micron-scale red, green, blue, and UVC nano-LEDs from the bottom up directly on a single substrate...with power efficiency and resolution ideal for small displays with high resolution without the need for a bulky battery."—Read More
May 19, 2023
Record Sub-Micron LED Red Emission Efficiency
Semiconductor Today says NS Nanotech's nanowire LEDs demonstrating the highest efficiency ever for red submicron-scale LEDs have the potential "to bring costs below the threshold required for integration of nano-LEDs into micro-displays and countless other end-products, with breakthroughs in cost and efficiency delivering performance equivalent to chips that today are ten times the size or more."—Read More
April 28, 2023
McGill University Grant to Accelerate NS Nanotech’s Commercialization of Nano-LED Technologies
Semiconductor Today reports on CAD $1 million matching funding support for NS Nanotech Canada from McGill University’s Office of Innovation & Partnerships (I&P) "to accelerate the commercialization of next-generation nano-LED technologies."—Read More
March 23, 2023
NS Nanotech Opens Canadian Research Center
LED Inside reports on the opening of the NS Nanotech research center in Montréal, where it focus on "enabling the commercialization of next-generation nano-LED technologies for televisions, mobile phones, smart watches, augmented-reality headsets, and other applications."—Read More
Writing in Display Daily, Barry Young reports on NS Nanotech's "nanowire LEDs, which can be grown simultaneously in red, green and blue colors using indium gallium nitride (InGaN) on a single wafer."—Read More
April 06, 2022
More Proof That Far-UV Lamps Could Curb Pandemics
IEE Spectrum reports on NS Nanotech's "nitride semiconductor-based device that emits far-UV wavelengths to zap and inactivate viruses."—Read More
January 27, 2021
The Best Electronic Components of 2020
Electronic Products lists NS Nanotech's new solid-state far-UVC emitter technology among the best products of 2020—"the first solid-state emissive material to produce invisible shortwave far-UVC ultraviolet light that researchers say can neutralize the SARS-CoV-2 virus and other airborne pathogens."—Read More
December 08, 2020
AquiSense and NS Nanotech Partner
Semiconductor Today reports on NS Nanotech's partnership with AquiSense "on the development of what is said to be the first solid-state broadband UV research device...powered by what is claimed to be the first UV lamp that is solid-state and emits wavelengths from 200nm to 400nm, developed by NS Nanotech."—Read More
November 24, 2020
Startup Chip Emits Safe UVC Light to Fight COVID-19
Fierce Electronics reports on NS Nanotech's announcement of "nitride semiconductors that emit far-UVC light at the 200 to 222 nanometer wavelength, which can neutralize more than 99.9% of airborne coronaviruses in their way."—Read More
LED Inside reports on the announcement of a new LED nanotechnology "based on patented technology enabling fabrication of components that will be smaller and draw far less power than current LED solutions, while emitting brighter, more saturated, more stable, and more directional green light"—Read More