TU Wien Research Technology Innovation

Researchers at Technische Universität Wien have developed a new way to electrically stabilize mid-infrared frequency-comb semiconductor lasers. The lasers stay coherent even under strong optical feedback, enabling smaller, more robust and cost-efficient spectrometers for sensing trace gases, industrial processes and biomedical markers. We are looking for partners to bring this technology from the lab into real-world products – details in the attached Technology Offer. Inventors: Benedikt Schwarz, Johannes Hillbrand, Gottfried Strasser #Photonics #FrequencyComb #Spectroscopy #DeepTech #TUWtech

At Technische Universität Wien, Karin Föttinger and @Gernot Pacholik have developed a novel catalyst that now allows cost-effective production of methanol from CO2. Not only is the catalyst tolerant to sulfur contamination, it also shows an improvement of methanol formation and the catalyst material is cheap and readily available on a large scale. Contact Sieberth Hildegard to learn more about this innovation! #MethanolFormation #FlueGas #CO2utilisation #TUWtech #technologyoffer #noveltechnology #CO2hydrogenation #MoS2catalysts

Producing #advancedmaterials like #coatings, solid-state #electrolytes or #thinfilms – and need an easy way to measure their chemical composition based on #solidsampling? Many established methods are either complex, hard to access or not fully aligned with #greenanalyticalchemistry principles. Our #LabSEAL technology, developed by Andreas Limbeck, Maximilian Bonta and Johannes Frank, offers a novel approach with key benefits: • Quick and accurate chemical analysis • Minimal sample preparation • No hazardous or toxic reagents • Easy integration into existing lab infrastructure Curious to learn more? Check out the technology offer: https://lnkd.in/dH3iW6Sp #LabSEAL #TUWien #TUWtech

Many of today’s devices could do more than we currently ask of them. Narrowband radio-frequency (RF) transceivers are everywhere – for example in electronic shelf labels. TU Wien researchers have developed a patented method that lets these low-cost chips generate broadband RF signals for distance estimation and localisation – a capability that normally requires far more expensive ultra-wideband systems. Our technology exploits rapid updates of radio registers during ongoing transmissions – an unconventional, but fully functional operating mode of standard RF Systems-on-Chip (SoCs). The resulting wideband signals are received by a fixed infrastructure that also computes the position estimates. In typical deployments with thousands of devices and only a few access points, only the access points need hardware changes, while the devices themselves just require a firmware update. Interested in turning your installed base into a precise localisation system? Get in touch with us! Inventors: Holger Arthaber, Daniel Neunteufel #localisation #SoC #radiofrequency #ESL #TUWtech

🌍 Join us for the 15th International Conference on the Internet of Things — #IoT2025! Connect with world-class researchers and industry experts to drive innovation across IoT verticals like #smartIndustry, #smartCities, #smartHealth, and #smartEnvironment. The insightful program includes keynotes, workshops, posters, demos, and a research paper track, covering the latest developments in the Internet of Things. Explore topics such as #OsmoticComputing, #EdgeAI, #IoTSecurity, #DigitalTwins, #Sustainability, and #HumanInteraction, and discover how IoT is shaping the intelligent systems of tomorrow. 📅 Date: November 18–21, 2025 📍 Location: Vienna, Austria 🔗 Learn more and register here: https://lnkd.in/dMBhEPTu #IoT #AI #EdgeComputing #SmartTechnology #Research #Innovation #Conference #TUWien

🚀 Innovation in Action – unsere Neuausrichtung! Das Comet Center CDP – Center for Digital Production lädt herzlich zur Partnerkonferenz 2025 ein. Gemeinsam wollen wir den nächsten Schritt in der Entwicklung digitaler Produktionstechnologien gehen – mit frischen Ideen, inspirierenden Beispielen und spannenden Diskussionen. 📅 13. November 2025 | Wien Zwei Veranstaltungen an einem Tag: 🔹 Best Practice Workshop (10:00–14:00 Uhr) In Kooperation mit der TU Wien zeigen Expert:innen, wie Datenanalyse und Künstliche Intelligenz Produktionsprozesse gezielt verbessern können. Erfolgsfaktoren, Risiken und konkrete Praxisbeispiele stehen im Mittelpunkt. 🔹 Partnerkonferenz 2025 (ab 15:30 Uhr) Freuen Sie sich auf inspirierende Vorträge, praxisnahe Forschung und wertvolle Impulse zur Zukunft der digitalen Produktion: 🌐 Seit acht Jahren steht das CDP für die erfolgreiche Verbindung von Forschung und Industrie – für Innovation, Kooperation und Praxisnähe. Nun richten wir den Blick nach vorn: auf Transformation, Digitalisierung und die Zukunft der Produktion. 👉 Seien Sie dabei – gestalten Sie Innovation in Action mit uns! #CDP #Partnerkonferenz2025 #DigitalProduction #InnovationInAction #Forschung #Industrie40 #AI #TUWien #Networking #Come2gether

#NeuroDeblur brings 3D microscope data into crisp focus - fast. It accelerates deconvolution for light-sheet and confocal microscopy, turning billion-voxel volumes into sharp, quantitative results in minutes. Unlike many software tools, it doesn’t require a measured point spread function (PSF, the ‘blur fingerprint’): it can synthesize high-quality PSFs, apply adaptive background removal, and use flux-preserving regularization to avoid noise blow-up and keep intensities trustworthy. Fewer calibration steps, higher throughput, cleaner data for downstream analysis. A GPU-accelerated engine powers both an intuitive GUI and a scriptable command-line mode, so you can process very large 3D datasets. Developed at Technische Universität Wien by Klaus Dr. Becker and Saiedeh Saghafi. 🔹See the attached technology offer for details. 🔹Product page (demos, manual, free trail): https://lnkd.in/dsWWfx_i #Microscopy #Deconvolution #LightSheet #Confocal #ImageProcessing #TUWien

💡Beim Blickpunkt Forschung am 8. Oktober zeigte sich, wie aus dem Zusammenspiel von Wissenschaft und Wirtschaft Innovationen entstehen. Unter dem Thema „Nachhaltige Materialien und Werkstoffe“ präsentierten Forschende der TU Wien gemeinsam mit ihren Projektpartner_innen praxisnahe Ergebnisse – von nachhaltigem Beton und Holzbau bis zu KI-gestützter Materialmodellierung. Das Format Blickpunkt Forschung, eine gemeinsame Initiative mit der Wirtschaftskammer Wien, zeigt, wie Forschung und Anwendung ineinandergreifen und gemeinsam neue Impulse für eine nachhaltige Zukunft setzen. 🌍 Danke an alle, die diesen fruchtbaren Austausch ermöglichen und gestalten! 🔗 https://lnkd.in/dYk9Q6SR 📸 (v.l.n.r.) Julian Ebner (TU Wien), Regina Plas (WK Wien), Elisabeth Schludermann (TU Wien), Reinhard Sefelin (TU Wien), Franziska Aujesky (WK Wien) © TUW #Forschung #Innovation #Nachhaltigkeit #Zusammenarbeit #Kooperation #TUWien #WirtschaftskammerWien #Wissenschaft #GreenEvent #BlickpunktForschung

Unlocking Local Energy Security with Modular Pump Turbines Energy storage is the backbone of a stable renewable energy future. At Technische Universität Wien, a new modular pump turbine technology offers a flexible and efficient short-term storage solution — perfectly adaptable to local conditions while enabling cost-effective series production. Developed by Prof. Eduard Doujak and Prof. Christian Bauer, this innovative system operates in the 0.5 MW to 15 MW range, making it ideal for communities and businesses seeking stable grid operation in the low- and medium-voltage sectors. With an impressive system efficiency of 70–80%, the modular turbine can be integrated into small #HydroPower plants, existing reservoirs, or even disused mines — unlocking new potential for local, sustainable energy storage. Discover more about its benefits and applications in our video! Interested in further details? Feel free to contact Karin Hofmann. #EnergyStorage #RenewableEnergy #SectorCoupling #TUWtech