Search
Rules for the search
- Only words with 2 or more characters are accepted
- Max 200 chars total
- Space is used to split words, "" can be used to search for a whole string (not indexed search then)
- AND, OR and NOT are prefix words, overruling the default operator
- +/|/- equals AND, OR and NOT as operators.
- All search words are converted to lowercase
BRIDLE develops cost-efficient diode lasers for industrial applications
/en/media-center/media-review/bridle-develops-cost-efficient-diode-lasers-for-industrial-applications
After 42 months of intense research, the Brilliant Industrial Diode Lasers (BRIDLE) project, funded by the European Commission and with seven partners from Germany, UK, Switzerland, France and…
Girls' Day at FBH
/en/media-center/press-releases/girls-day-at-fbh-3
Today, girls from the 5th to 10th grade visited the FBH. The girls learned from the institute's trainees and junior researchers about their world of employment and gained information about FBH's…
Lange Nacht der Wissenschaften at FBH
/en/events/lange-nacht-der-wissenschaften-at-fbh-2
Laboratory tours and hands-on experiments for all ages.
Mehr Power für Direktdiodenlaser
/en/media-center/media-review/mehr-power-fuer-direktdiodenlaser
Direkt-Diodenlaser sind energieeffizient. Doch für industrielle Einsätze sind sie oft noch zu schwach. Forscher bemühen sich daher um eine Leistungssteigerung.
Wie schnell fallen Atome?
/en/media-center/media-review/wie-schnell-fallen-atome
Albert Einsteins Relativitätstheorie zufolge werden im Vakuum alle Körper, unabhängig von ihren sonstigen Eigenschaften, gleich schnell durch die Erdanziehungskraft beschleunigt.
Making proteins talk to silicon electronics
/en/media-center/media-review/making-proteins-talk-to-silicon-electronics
Bioelectronics that use proteins as active electronic components require ways of making electrical contact with the proteins.
Project BRIDLE — Brilliant Industrial Diode Lasers
/en/media-center/media-review/project-bridle-brilliant-industrial-diode-lasers
The Brilliant Industrial Diode Lasers (BRIDLE) project has been finished successfully after almost four years of intense research activities.
WOCSDICE-EXMATEC 2016
/en/events/wocsdice-exmatec-2016
FBh presents several lectures at the conference
CLEO 2016: Laser Science to Photonic Application
/en/events/cleo-2016-laser-science-to-photonic-application
FBH at the CLEO US