Die TU Chemnitz in den Medien – Archiv
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2024-02-18 | Oiger
Die 5 Megatrends der Robotik
Künstliche Intelligenz (KI), Kobotik, Mobile Manipulatoren, Digitale Zwillinge und Roboter in Menschengestalt sind die fünf zentralen Trends für die Robotik im Jahr 2024. Das hat die „Internationale Förderation für Robotik“ (IFR) in Frankfurt am Main prognostiziert. Zahlreiche Forschungseinrichtungen – inklusive der TU Chemnitz – arbeiten schon seit Jahren an humanoiden Robotern, die sich ähnlich flexibel und stabil wie ein Mensch in fremden Umgebungen orientieren können.
Die 5 Megatrends der Robotik
Künstliche Intelligenz (KI), Kobotik, Mobile Manipulatoren, Digitale Zwillinge und Roboter in Menschengestalt sind die fünf zentralen Trends für die Robotik im Jahr 2024. Das hat die „Internationale Förderation für Robotik“ (IFR) in Frankfurt am Main prognostiziert. Zahlreiche Forschungseinrichtungen – inklusive der TU Chemnitz – arbeiten schon seit Jahren an humanoiden Robotern, die sich ähnlich flexibel und stabil wie ein Mensch in fremden Umgebungen orientieren können.
2024-01-04 | Automation
Researchers Develop Machine Vision System for Predictive Maintenance in Textile Industry
The Faserinstitut Bremen Research Institute (Bremen, Germany) and the Chemnitz University of Technology (Chemnitz, Germany) teamed up to develop an Industry 4.0 PdM digital monitoring system for the textiles industry. It aims at observing degrees of wear of card clothing over time and offers new possibilities for maintenance prediction and textile production planning.
Researchers Develop Machine Vision System for Predictive Maintenance in Textile Industry
The Faserinstitut Bremen Research Institute (Bremen, Germany) and the Chemnitz University of Technology (Chemnitz, Germany) teamed up to develop an Industry 4.0 PdM digital monitoring system for the textiles industry. It aims at observing degrees of wear of card clothing over time and offers new possibilities for maintenance prediction and textile production planning.
2023-10-11 | techxplore
Morphogenesis of self-assembling microelectronic modules could yield sustainable living technology A recent perspective review published in Advanced Materials this month by researchers at the Research Center for Materials, Architectures and Integration of Nanomembranes (MAIN) of Chemnitz University of Technology, shows how a novel form of high-information-content "living technology" is now within reach, based on microrobotic electronic modules called SMARTLETs, which will soon be capable of self-assembling into complex artificial organisms.
2023-10-11 | CompsMag
Our World: the Power of Sustainable Living Technology According to a recent perspective review published in the journal Advanced Materials, researchers from the Research Center for Materials, Architectures and Integration of Nanomembranes (MAIN) at Chemnitz University of Technology have developed a novel form of living technology called SMARTLET. This technology is based on microrobotic electronic modules that can self-assemble into complex artificial organisms.
2023-10-11 | Alphagalileo
Sustainable Living Technology A recent perspective review published in the very high impact journal Advanced Materials this month by researchers at the Research Center for Materials, Architectures and Integration of Nanomembranes (MAIN) of Chemnitz University of Technology, shows how a novel form of high-information-content Living Technology is now within reach, based on microrobotic electronic modules called SMARTLETs, which will soon be capable of self-assembling into complex artificial organisms.
2023-10-05 | Código San Luis
Desarrollo revolucionario de piel electrónica: Sensores de Campo Magnético 3D Integrados en un Sistema e-Skin Das Forschungszentrum für Materialien, Architekturen und Integration von Nanomembranen (MAIN) an der TU Chemnitz hat bei der Entwicklung magnetischer Sensoren, die in ein System integriert werden können, große Fortschritte gemacht. Unter Verwendung einer innovativen Mikro-Origami-Technik haben Wissenschaftlerinnen und Wissenschaftler Miniatur- und 3D-Gerätematrizen auf präzise Weise so organisiert, dass sie die Empfindungsfähigkeit von Haut nachahmen können. (Quelle: Google Translator)
2023-06-21 | Pledge Times
The song of the birds fades | The eavesdropping of birds in the world’s forests tells us that the winged have died down – songs are also recorded in Evo
Comparative testing showed that tuning according to the local soundscape improves the result. It is precisely in identifying Finnish birds that “Migratory Bird Spring” is more accurate than foreign applications, for example the widely used BirdNet, which is maintained by the American Cornell University and the German University of Chemnitz.
The song of the birds fades | The eavesdropping of birds in the world’s forests tells us that the winged have died down – songs are also recorded in Evo
Comparative testing showed that tuning according to the local soundscape improves the result. It is precisely in identifying Finnish birds that “Migratory Bird Spring” is more accurate than foreign applications, for example the widely used BirdNet, which is maintained by the American Cornell University and the German University of Chemnitz.
2023-02-07 | Alphagalileo
Around One Million Euros in EU and State Funding for the Development of a Sustainable Power Grid The aim of the project is to integrate hydrogen systems into the power grid. Two main goals are being pursued - to reduce the risk of grid failures and to make a positive contribution to the energy transition through the use of hydrogen as an energy carrier.
2022-09-07 | SACHSEN FERNSEHEN
Forschungszentrum MAIN erhält neuen Leiter Der Nanoelektroniker Prof. Dr. Oliver G. Schmidt ist als erster Wissenschaftlicher Direktor zum Leiter des Forschungszentrums MAIN ernannt worden. (ab 00:22).
2022-09-06 | SACHSEN FERNSEHEN
