Feb. 26, 2026
Scanning electron microscope image of a tiny, arch-like structure made of looped, rope-textured material. A scale bar indicates the structure is on the order of 100 micrometers wide.

“The Lake Monster” By Genaro Soto Valle Angulo

Grid of glowing micro-scale patterns displayed in varying brightness and sharpness against a dark background. The repeated shapes appear in columns, showing differences in focus or intensity across the images.

“µCodes: A Universal Grid Platform for Microscale Mapping, Microscopy Navigation, and Multimodal Imaging” By Aref Valipou

Scanning electron microscope image showing a central vertical pillar surrounded by small, tree-like crystalline formations. A scale bar indicates features measuring about 30 micrometers.

“Snowy Christmas in Nano-ville” By Isha Lodhi

Close-up of nano tubes modified with red and white stripes to appear as canes standing upright in white foam, with green tips visible at the base. The shallow depth of field blurs the background, emphasizing the curved stripes and texture.

“Carbon Nanotube Candy Cane” By Gabriel Feng

The Institute for Matter and Systems (IMS) announced the winners of its first-ever IMS Users Image Contest. Selected through public voting, the winning images highlight the remarkable science, innovation, and artistry emerging from research conducted in IMS core facilities.

The contest invited facility users to submit visually compelling images generated through their research—ranging from advanced microscopy and materials characterization to device fabrication and nanoscale analysis. Submissions were showcased in an online gallery, where members of the campus community and broader public were invited to vote for their favorites.

The image contest was created to celebrate the intersection of science and art. Research images not only serve as essential analytical tools, but also reveal patterns, structures, and phenomena that inspire curiosity and creativity.

“We were excited by both the quality of submissions and the level of engagement from the community,” said Eric Vogel, IMS executive director. “These images reflect the extraordinary work happening every day in our facilities and the talent of the researchers who use them.”

The contest also underscores IMS’s commitment to supporting cutting-edge research by providing access to advanced instrumentation, expert staff, and collaborative spaces that enable discovery.

After a community vote, the following winners were identified:

Most Creative | "Carbon Nanotube Candy Cane” By Gabriel Feng

Close-up of red-and-white candy canes standing upright in white foam, with green tips visible at the base. The shallow depth of field blurs the background, emphasizing the curved stripes and texture.

This image was captured on the Hitachi SU8230 SEM in the Materials Characterization Facility. This was a failed overgrown sample from Carbon Nanotube Field Emissions Array.

Most Beautiful | “Snowy Christmas in Nano-ville” By Isha Lodhi

Scanning electron microscope image showing a central vertical pillar surrounded by small, tree-like crystalline formations. A scale bar indicates features measuring about 30 micrometers.

Created using the Hitachi SU8230 in the Materials Characterization Facility.

Most Technically Impressive | “The Lake Monster” By Genaro Soto Valle Angulo, part of the Cancer Neurobiology & Nanotechnology Group

Scanning electron microscope image of a tiny, arch-like structure made of looped, rope-textured material. A scale bar indicates the structure is on the order of 100 micrometers wide.

The image was taken on the Thermo Axia SEM. The structures on the image were printed with the Exaddon Metal 3D Printer, out of pure copper with the substrate being a Si wafer coated with a seed layer of copper. 

Best Use of Cleanroom Tools| “µCodes: A Universal Grid Platform for Microscale Mapping, Microscopy Navigation, and Multimodal Imaging” By Aref Valipou

 Grid of glowing micro-scale patterns displayed in varying brightness and sharpness against a dark background. The repeated shapes appear in columns, showing differences in focus or intensity across the images.

This image was captured on the Olympus MX61 Microscope in the IMS Cleanroom.

News Contact

Amelia Neumeister | Communications Manager

The Institute for Matter and Systems