A screen barely larger than a postage stamp, yet packing more than four million pixels: researchers in Dresden have developed a microdisplay aimed at making augmented reality glasses brighter, sharper, and more practical for everyday use. | more
New sensors from Saxony are designed to detect environmental changes immediately. This not only helps in the forest. The AI also helps to measure even the smallest pollutants directly on site. | more
In Dresden-Pieschen fertigt Andrea Rehn im Zentralwerk personalisierte Geschenke für frischgebackene Eltern und deren Familien. Besonders gefragt sind bestickte Windeln mit Geburtsdaten sowie kreative Windeltorten – und das nicht nur online, sondern auch deutschlandweit über DM-Märkte. Jetzt gibt es 10 Prozent Rabatt im Shop. | more
Ultra-thin material layers are found in almost every modern device. Their performance depends on precise measurements. A Dresden research project now aims to take thin-film characterization to a new level. | more
Data everywhere, energy in short supply: a €15-million research project aims to make AI far more efficient. Researchers in Dresden are developing brain-inspired chips and smart sensors that could help farmers determine when fruit is ready to harvest. | more
Modern cars and factories need networks in which data not only arrives quickly, but also with pinpoint accuracy. The Fraunhofer IPMS in Dresden has developed a chip component that is ten times faster than previous solutions and works with nanosecond precision. The technology makes self-driving cars safer and production plants more efficient. | more
Hypno-systemisches Coaching reduziert Druck, ordnet Prioritäten und stärkt Entscheidungssicherheit. Kostenloses Erstgespräch bei Anne Pietag in Dresden. | more
Previous pH measuring devices have a weak point: sensitive electrodes. Researchers at the Fraunhofer IPMS in Dresden are now replacing them with robust chips. The technology could improve measurements in medicine, agriculture and environmental protection. | more
A special kind of camera is being developed at the Fraunhofer IPMS in Dresden: it combines artificial intelligence with spectral analysis to detect the chemical properties of materials. The compact technology makes quality checks in factories, recycling plants and fields faster, more precise and more sustainable. From fresh food to single-origin plastic recycling - the development opens up numerous applications. | more
Zahnbehandlungen können in Deutschland schnell zur finanziellen Belastung werden. Besonders bei Implantaten, Kronen, Brücken oder umfangreichem Zahnersatz liegen die Kosten häufig im vierstelligen Bereich. Viele Patienten stehen dann vor einer schwierigen Entscheidung: Behandlung durchführen lassen und hohe Eigenanteile zahlen – oder den Eingriff aufschieben, obwohl er medizinisch sinnvoll wäre. | more
A new measuring adapter from Dresden is revolutionizing materials research. Researchers at Fraunhofer IPMS can use it to test eight samples simultaneously - a breakthrough for the development of displays, solar cells and sensors. The innovation saves time and accelerates the path to better electronics. | more
