Nano Image Award

Nano Image Award 2022

Electron Backscatter Diffraction color crystal orientation map of a 3D-printed (additively manufactured) stainless steel, after etching the surface to reveal the melt pool tracks. The material is porous (pores seen as black dots at the tips of the meld pool tracks) which interrupts the epitaxial growth of the crystallites in the material during solidification. Therefore every melt pool consists of several small crystallites with different orientation. Dr. Efthymios Polatidis and Christos Sofras Laboratoy for Neutron Scattering and Imaging (LNS), Paul Scherrer Institute

Nanoblumen wie ein Schwamm — Grown crystals of fluorapatite on a treated toothsurface. The image was made in preparation of a publication that covers also the results from the Nano Argovia project Nanocure. Dr. Lucy Kind, FHNW School of Life Sciences, Muttenz

Lipid-Nanopartikel in transgenen Zellen — Analysis of human cells expressing a red fluorescent transgene by confocal microscopy. Cells were transfected using a lipid-nanoparticle (LNP) based gene delivery system. Bright green signal: endosomal escape, green signal: Galectin3-GFP, red signal: transgene RFP, cyan signal: cell nuclei, blue signal: LNP Claudio Alter, SNI PhD-School, Department of Pharmaceutical Sciences, University of Basel

Nano Image Award 2021

Christmas candles - Scanning electron microscopy image of artifact structures on a hot-embossed polymer film Manuel Kraus (CSEM Center Muttenz)

Fragile worm skin - Scanning electron microscopy image of the skin (horny keratin scales) of slowworm (Anguis fragilis) Massimo Trifone and Sina SaxerNanoLab, University of Applied Sciences and Arts (FHNW)

Poseidon's net - Single electron resonances in a double-quantum dot measured by means of spectroscopy of a superconducting resonator. Alessia Pally and Jann UngererDepartment of Physics, University of Basel

Nano Image Award 2020

Gate Array Rasterelektronenmikroskopische Aufnahme von Teilen einer Spin-Qubit-Vorrichtung, die durch Elektronenstrahl-Litho- graphie hergestellt wurde. Sie ist in Regenbogenfarben eingefärbt, weil sich die Strukturen in einem Abstand, der etwas kleiner als die Wellenlänge des sichtbaren Lichts ist, anordnen und sich daher je nach Betrachtungswinkel in unterschiedlichen Farben zeigen. Jann Hinnerk Ungerer SNI PhD Student Departement Physik, Universität of Basel

INKA Maske Konfokales Laser-Scanning-Mikroskopie-Bild eines Lacks auf einer PET-Folie, abgeformt von einer laserstrukturierten Stahlvorlage Maßstab: 280 µm x 210 µm x 16 µm Das Bild ist das Ergebnis einer Zusammenarbeit zwischen der ALPS (Berner Fachhochschule) und INKA, FHNW Dr. Laurent Feuz Institut für Nanotechnische Kunststoffanwendungen (INKA), FHNW

Verwicklungen Rasterkraftmikroskopische (AFM) Topographie-Aufnahme einer doppelsträngigen DNA (dsDNA) Die eingefärbten und verschlungenen, fadenartigen Strukturen sind die dsDNA-Fragmente. Der Hintergrund ist der frisch gespaltene Glimmer, an den die DNA-Fragmente adsorbiert wurden. Maßstabsbalken, 180 nm. Selen Manioglu PhD Student ETH Zürich/D-BSSE, Biophysics Lab

Weihnachtsstern Oberflächen-Topologie einer Entblendungsfolie, die für Beleuchtungslösungen verwendet wird. Die Charakterisierung wurde mit einem konfokalen Laser-Scanning-Mikroskop durchgeführt, und Teile des sich wiederholenden Musters wurden neu eingefärbt. Das Bild ist das Ergebnis einer Zusammenarbeit zwischen CSEM Center Muttenz und INKA, FHNW.Tamara Aderneuer SNI PhD Student Micro-Nano Optics, CSEM Muttenz

Nano Image Award 2019

Lepicythara - Not really Nano but still very small and extremly attractive: a tiny snail from the genus Neogastropoda Daniel Mathys, Nano Imaging Lab, Swiss Nanoscience Institute, University of Basel

Nanoparty - Drug-loaded microparticles from polycaprolactone produced by electrospraying in the Nano Argovia project PERIONANO Fabiola Costanzo, Oliver Germershaus, Jasmin Föhr, Hochschule für Life Sciences, FHNW

Quantum Sunrise - Electronic measurement of an 20nm quantum dot in a nanowire. Christian Jünger, Departement Physik, Universität Basel

Nano Image Award 2018

Artificial crystals in two dimensions - Illustration of the periodic potential structure that forms when a single layer of carbon atoms (Graphene) is combined with two layers of Boron Nitride, one on top, one at the bottom, at different angles. Effects of such artificial crystal structures can be found in electronic devices fabricated in the Nano-electronics group at the University of Basel.- Andreas Baumgartner Department of Physics, University of Basel

The beauty of catalysis - Scanning electron microscopic image of a catalyst for the production maleix anhydride (magnification 9000x)- Daniel Mathys Nano Imaging Lab, SNI, University of Basel

Tulips in love - Scanning electron microscopic image of a silicon grating. This X-ray grating was realized by using metal assisted chemical etching within the Nano Argovia Project NANOCREATE. - Lucia Romano ETH-Zürich & Paul Scherrer Institut

Nano Image Award 2017

Lorenzo Sborgi, Biozentrum: The atomic-resolution structure of the ASC filament was obtained by combining experimental data from solid-state NMR spectroscopy and cryo-electron microscopy in a single structure calculation.

Corinne Mattle, Student: REM-image taken during the block course at the Nano Imaging Lab.

Calestino Padeste, PSI: A perforated 200nm thick silicon nitride membrane that broke; size: 900 μm y 900 μm; size of the perforations: 10 μm x 10 μm.

Nano Image Award 2016

Marietta Batzer, Dominik Rohner (Physics Department, University of Basel) Winter landscape. Diamond surface after etching with a plasma (rectangular paddles can be broken out and used as samples)

Gulibusitan Abulizi (Physics Department, University of Basel) Oxidized polycrystalline copper foil after chemical vapor deposition growth of a monolayer hexagonal boron nitride on its surface

Rémy Pawlak (Physics Department, University of Basel) Star carpet. Self-assembly of HCB molecules on Au(111)

Nano Image Award 2015

Gulibusitan Abulizi: A real-color optical microscope image of an hexagonal boron nitride flake on a silicon oxide substrate The observed optical colors are due to interference effect, which can be used to determine the hexagonal boron nitride (hBN) flake thickness. Here, the observed color progresses from violet to blue, to green, to yellow, to orange, and to red, while the hBN flake thickness increases.

Elise Aeby Droplets on a microfuidic device (30 mm).

Roché Marcel Walliser Kieselalge/Celite aus Kombinationsexperiment: Hematite/Rost als Photoanodenmaterial für Solarzellen zur Wasserspaltung.

Mohamed El Idrissi: Supramolecular Pyrene Derivative Nanorods Colored SEM micrograph of nanorods formed with pyrene derivative, Scale bar: 2µm.

Nano Image Award 2014

Graphene Mosaic, Kishan Thodkar (University of Basel) The image was taken after the Chemical Vapour Deposition process of graphene on copper foil. After the growth, the foil was heated to 200°C for a minute to optically visualize regions of copper foil uncovered by graphene.