More results…
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Raman spectroscopy paves the way for faster bladder cancer diagnosis
Researchers develop an innovative endoscopy system and successfully test it for the first time in a clinical study. Until now, bladder cancer has usually been diagnosed by removing tissue and…
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Bachelor thesis on improving image quality in OCT
Use of AI methods for noise reduction investigated. As part of his bachelor’s thesis at Ernst Abbe University of Applied Sciences in Jena, Leonhard Knipfelberg investigated artificial intelligence (AI) methods…
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A new approach to studying—AI leads to moments of insight
OpenLab AI research project develops digital tutor for teaching at EAH Jena. Generative artificial intelligence (AI) has rapidly gained importance in recent years. Its ability to work flexibly with customized…
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Focus on future medicine – innovation through biophotonics at EAH
The Biophotonic Instrumentation Group is developing new optical methods for the diagnostics of the future. The Biophotonic Instrumentation Group at the Department of Medical Technology and Biotechnology at Ernst Abbe…
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From theory to practice—new talent, new innovations
The Biophotonic Instrumentation Group continues to grow and advance research projects with new staff and students. With the newly created research space, the working group welcomed three new research assistants…
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CZS Wildcard INTACT: Jena research for innovative premature baby therapy
Carl Zeiss Foundation supports interdisciplinary project with €750,000. As part of the “CZS Wildcard” program, the Carl Zeiss Foundation is supporting five unconventional research approaches in the STEM field. One…
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