Thank you to everyone who voted for the RTNN images in the NNCI-wide image competition. Our hearty congratulations to Kun Luan for his winning image Elegant Mosquito Fascicle that reveals the micro-anatomy of a mosquito stylet. The image shows how the mosquito can bite through human skin by using its proboscis. Kun will receive $1,000 in travel support from the NNCI. Check out the other winners and honorable mentions here.
A big thank you to everyone who submitted an image in the 2020 Image Competition. We are excited to announce the winners. Thanks to all who voted for these amazing images in the NNCI Image Contest, There’s Plenty of Beauty at the Bottom. Congratulations to Kun Luan for winning the national competition!
Scyphosphaera apsteinii
Erin Meyer, University of North Carolina at Wilmington
The coccolithophore (single-celled algae) S. apsteinii grown in seawater with elevated concentrations of Sr. The elevated Sr disrupted the calcification of their calcite structures (coccoliths), resulting in a malformed morphology.
Elegant Mosquito Fascicle
Kun Luan, NC State University
Elegant Mosquito Fascicle reveals the micro-anatomy of mosquito stylet. It can explain how the mosquito bites through human skin by using proboscis. The information conveyed from the image were used to engineer non-insecticide barriers, which can mechanically prevent the mosquito bite.
Nanoscale Star Wars
Phil Barletta, NC State University
This image shows a Au nanoparticle on a SiC sample surface. It has a striking resemblance to the Death Star! The NNF staff, along with a colleague in CBE, took some liberties in Photoshop to add the appropriate details to the image. This sample was fabricated and imaged at NNF.
In honor of National Nanotechnology Day, the RTNN and NNCI are supporting the second annual “Plenty of Beauty at the Bottom” image contest. Do you have an image that you think could win most stunning, most unique, or most whimsical? If so, learn more and submit your image at the Image Contest Website. The deadline for image submission has been extended to September 18, 2020. Check out last year’s winners here.
A big thank you to everyone who submitted an image in the 2019 Image Competition. We are excited to announce the winners. Please vote for these amazing images in the NNCI Image Contest, There’s Plenty of Beauty at the Bottom. Voting will open on October 7th!
Gill raker of the Japanese medaka
Melissa Chernick, Duke University
This image shows a portion of a gill raker from a Japanese medaka (Oryzias latipes), a small fish often used as a research model. Gill rakers are tooth-like structures inside a fish that help capture prey and prevent damage to its gills. The image shows some of the tissue that makes up the gill raker: a taste bud surrounded by pavement cells.
Nanocoined Structures in Diamond
Nichole Miller, Smart Material Solutions, Inc.
This image shows hierarchical features that were milled into diamond using a focused ion beam. This patented process, “Nanocoining,” can seamlessly nanopattern drum molds for roll-to-roll manufacturing hundreds of times faster than competing technologies. This enables nanopatterning that was previously feasible for only small, academic experiments to be applied on the industrial scale. Nanocoining opens the door for nanostructured surfaces with unique optical and wetting properties to be applied to a variety of commercial products including OLEDs, biosensors, wire-grid polarizers, solar panels, and windows.
Dust Flower
Michael Valerino, Duke University
Particulate matter (PM) refers to liquid or solid particles suspended in the atmosphere and comes from dust, combustion by-products, exhaust, fires, and even vegetation. When PM deposits on the surface of solar panels, it can reduce energy production by up to 40% resulting in ~10 to 50 billion dollars of annual losses globally. Scanning electron microscope (SEM) images of particles on the panel surfaces help us to better understand the sources impacting soiling. This piece of dust reminded our group of a flower, seemingly blooming out of an unearthly field. Even at this tiny scale, we can find familiarity.