Lesch's Kosmos Presents Antibiotics Rapid Test
Scientists at Leibniz IPHT and Jena University Hospital are investigating a laser-based diagnostic method for pathogens and their resistances that...
Scientists at Leibniz IPHT and Jena University Hospital are investigating a laser-based diagnostic method for pathogens and their resistances that...
The fiber drawing tower at Leibniz IPHT is 14 metres high and is one of the most modern research drawing plants for glass fibers in Europe. Adrian...
16
May
Application until May 3rd
| ACP Lichtwerkstatt, Albert-Einstein-Straße 6, 07745 Jena, Deutschland
We send a big THANK-YOU to Torsten Frosch and colleagues for this beautiful cover! @Leibniz_IPHT @maxplanckpress… twitter.com/i/web/status/1…
„Eine der raffiniertesten Licht-Analysemethoden der Physik auf gefährliche #Keime loslassen, um sie zu identifizier… twitter.com/i/web/status/1…
The fiber research and technology department is dedicated to issues regarding light guiding, light creation, and light control in optical fibers and for application as fiber optic light sources or fiber optic sensor components. The particular expertise of this research department lies in the modeling, creation, and application of guided light.
The members of the three workgroups, optical fiber technology, active fiber modules, and passive fiber modules, have many years of experience in the development of
The research department has comprehensive technological equipment at its disposal for the production of high-precision optical fibers, including special equipment for the modified chemical vapor deposition (MCVD) of differently doped glasses and in-house fiber drawing towers that are some of the most state-of-the-art research facilities in Europe. In addition, diverse technical options exist for the characterization, local structuring, and splicing of special optical fibers. Thus, IPHT is an attractive research partner for all issues concerning the production and application of state-of-the-art special optical fibers.
Head of Department