Another publication out of the Laboratory of Organic Electronics, Linkoping University has been published and the artwork we created for them was chosen as a cover piece in the issue! The publication is a comparative study between experimental and molecular dynamics of a popular conductive plastics used in printed and organic electronics. The insights within…
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We have now released some more products on the Blender Market! Our animated stereolithography 3D printer (https://blendermarket.com/products/AnimatedStereolithography3Dprinter) is now avaliable, ready to make any object into something that is 3D printed layer by layer! AND, the big one that we have found very useful ourselves, our Molecular Library Add On! (https://blendermarket.com/products/molecule-library-add-on). This is soo useful…
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We have released our first 3D model, a fused deposition modelling (FDM) 3D printer which is avaliable on the blender market (https://blendermarket.com/products/fully-animated-FDM-3d-printer-). The product is designed for people who have some basic knowledge of the software blender where a model can be imported and with a few steps, appear as if it is 3D printed!…
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Another publication coming out of the Organic Photonics and Nano-Optics group at Linkoping University has been published in the Journal of Materials Chemistry C. Within the report, a new composite material composed of nanocellulose and silicone dioxide microparticles has been investigated for its interesting properties. By altering the silicone dioxide concentration, the translucency of the…
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A recent report out of the Organic Photonics and Nano-Optics group at Linkoping University has been published in Nature Nanotechnology. Shangzhi Chen and his coworkers created conductive polymer nanoantennas for dynamic organic plasmonics. These nanodisks composed of conductive polymers were shown to possess localized surface plasmon resonances. The ability of conductive polymers to switch their…
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A PhD student from the Laboratory of Organic Electronics at Linkoping University recently completed and successfully defended their thesis. Maria Seitanidou’s research, supervised by Professor Daniel Simon, focused on the development and improvement of electronic delivery devices such as the organic electronic ion pump. Dr. Seitanidou developed and investigated novel designs of organic electronic ion…
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Ligna Energy, https://lignaenergy.se/ We recently worked with a new start up company developing disruptive energy storage technology from forest-based materials. Societies energy needs are rapidly rising in today’s technological world and with current energy storage technology struggling to keep up the pace, new materials that are sustainable and environmentally friendly are of critical importance. Ligna…
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All new printed gel electrolytes have been produced and published in Nature Communications for their use in temperature sensors based on tuneable thermoelectric properties. By adjustments in the gel composition, the materials can exhibit positive or negative Seebeck coefficient (a measure of a materials thermoelectric behaviour). Using screen printing techniques, the materials and devices can…
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Associate Professor Magnus Jonsson and his team at the Laboratory of Organic Electronics have published a report focused on their new pyroelectric and thermoelectric sensor inspired by human skin. The device takes advantage of both pyroelectric and thermoelectric concepts while including a plasmonic structure. The intelligent design allows heat stimuli to be monitored quickly and…
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A new publication has surfaced using printed electronics to manufacture bioelectronic devices called organic electronic ion pumps in large areas. While these ion pumps have been reported previously, this is the first time all printed devices have been reported. The possibility of fast, large area manufacturing for bioelectronic devices will lead to cheaper devices in…
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