ClassOne Technology, global supplier of wet processing equipment for ≤200mm semiconductor manufacturing, announced the sale of three more tools to the Ferdinand-Braun-Institut, Leibniz-Institut für Höchstfrequenztechnik (FBH) in Berlin, Germany.
The business magazine Capital has selected Dr. Markus Krutzik as a talent in the category "Society and Science" for its "Young Elite - Top 40 under 40". On November 21, the scientist, who researches at Humboldt-Universität zu Berlin and has also been working at the Ferdinand-Braun-Institut since 2017, was awarded this prize at the "Young Elite" summit in Berlin.
On October 31, 2018, the Ferdinand-Braun-Institut has again been awarded with the TOTAL E-QUALITY award for its dedicated involvement in equal opportunities and the resulting measures for implementation.
Zwei Adlershofer Azubis erzählen über ihren Berufsweg
ClassOne Technology of Kalispell, MT, USA (which manufactures electroplating and wet-chemical process systems for ≤200mm wafers) has sold its flagship Solstice S8 wet process tool to the Ferdinand-Braun-Institut, Leibniz-Institut für Höchstfrequenztechnik (FBH) in Berlin, Germany.
At the SEMICON Europa trade fair (13th 16th November 2018,Munich), the Ferdinand-Braun-Institut (FBH) will show its latest III-V-based developments.
On January 23, 2017 a Bose-Einstein condensate in space was realized for the first time worldwide. The results of this groundbreaking experiment were published on 10/18/2018 in the Nature journal.
At SEMICON Europa FBH will present a compact atmospheric plasma source in operation and further developments based on III-V electronics
Research institutes from Berlin and Jena, Germany, are pooling their laser technology expertise for the Mittlerer-Infrarot-Laser für die Hochenergie-Klasse High Energy Class Mid-Infrared Lasers (BMBF HECMIR) project.
Chip designs that exploit extreme triple asymmetry equip diode lasers with both efficiency and power.
德国研究团队将在10月举行的会议中共同探讨商业化焦耳级1.9µm脉冲光源的发展之路及其潜在应用。
In dem kürzlich gestarteten BMBF-Projekt "Mittlerer-Infrarot-Laser für die Hochenergie-Klasse" (HECMIR) bündeln zwei deutsche Regionen ihre Kompetenzen im Bereich der Lasertechnologie.
导读： 据悉，来自德国的一个中小企业团队和学术合作伙伴，日前正展开开发高脉冲能量中红外激光器的合作，以期应用于未来的众多商业应用。
Research institutes from Berlin and Jena are developing the world's first pulsed Joule-class laser light source for the mid-infrared spectral range.
Meeting in October will discuss path to commercial Joule-scale pulsed 1.9 µm sources, and potential applications.
Weltweit erste gepulste Laserlichtquelle der Joule-Klasse für den mittleren Infrarotbereich.
Together with small and medium-sized companies, research institutes from Berlin and Jena are developing what they claim to be the world's first pulsed Joule-class laser light source for the mid-infrared spectral range.
Together with small and medium-sized companies, research institutes from Berlin and Jena are developing the world's first pulsed Joule-class laser light source for the mid-infrared spectral range. Register now for the HECMIR workshop!
FBH's most important events and results achieved in 2017.
conference report on CS Mantech
Das FBH Start-up BeamXpert und seine Software
European research network launched aiming to develop an analysis device for special entangled quantum states - FBH is also part of it.
The joint presentation of PTB, Rohde & Schwarz and FBH entitled "Establishing Traceability for On-Wafer S-Parameter Measurements of Membrane Technology Devices up to 110 GHz" was awarded the Oral Presentation Award at the ARFTG conference.
...mit viel Pioniergeist forscht Weltmarktführer Trumpf in Adlershof...
Scientists report that an active optical frequency reference based on molecular iodine was successfully tested for the first time in space. Results of the JOKARUS experiment could be a step toward laser interferometric distance measurements between satellites, and future global navigation satellite systems based on optical technologies.
Scientists from the Humboldt-Universität zu Berlin (HU Berlin) and Ferdinand-Braun-Institut (FBH), also in Berlin, Germany, have developed a frequency-stable laser system for use in space. In the JOKARUS experiment, an active optical frequency reference based on molecular iodine was qualified for the first time in space.
A frequency reference based on molecular iodine was effectively demonstrated in space for the first time, marking an important milestone for laser ranging measurements with the highest precursor and precision for optical satellite navigation systems.
Jod, ein Lasersystem und eine Rakete – mit diesen Zutaten haben Berliner Forscher den Grundstein für Laser-Abstandsmessungen mit allerhöchster Präzision gelegt.
For the first time a frequency reference based on molecular iodine was successfully demonstrated in space.
Work towards optical satellite navigation system shows independent operation of diode laser setup and optical frequency comb.
JOKARUS-Experiment auf Höhenforschungsrakete erfolgreich durchgeführt.
For the first time a frequency reference based on molecular iodine was successfully demonstrated in space!
For the first time a frequency reference based on molecular iodine was successfully demonstrated in space!
JOKARUS experiment on sounding rocket successfully completed. Corner stone for laser ranging measurements with the highest precision and precursor for optical satellite navigation systems.
JOKARUS experiment on sounding rocket successfully completed -- cornerstone for laser ranging measurements with the highest precision and precursor for optical satellite navigation systems
For the first time a frequency reference based on molecular iodine was successfully demonstrated in space!
For the first time a frequency reference based on molecular iodine was successfully demonstrated in space!
JOKARUS experiment on sounding rocket successfully completed. Corner stone for laser ranging measurements with the highest precision and precursor for optical satellite navigation systems.
JOKARUS experiment on sounding rocket successfully completed. Corner stone for laser ranging measurements with the highest precision and precursor for optical satellite navigation systems.
At the 6th International "Conference on Light Emitting Devices and Their Industrial Applications" Johannes Glaab was awarded with the "Young Researcher's Paper Award".
The conference’s organizers expected 150 registrations – finally more than 260 participants from 23 countries took part in the ICULTA-2018 – International Conference on UV LED Technologies & Applications 2018 in Berlin.
Chinese article on UV LED developments of FBH and its spin-off UVphotonics.
Japanese article on UV LED developments of FBH and its spin-off UVphotonics
Chinese article on UV LED developments of FBH and its spin-off UVphotonics.
At the International Conference on UV LED Technologies & Applications (ICULTA-2018) at the MELIÃ hotel in Berlin, Germany (22-25 April), Berlin-based Ferdinand-Braun-Institut, Leibniz-Institut für Höchstfrequenztechnik (FBH) and its spin-off UVphotonics NT GmbH are giving several invited talks as well as being present in booths at the accompanying exhibition.
Stand der Technik und Trends bei UV-Leuchtdioden.
Ferdinand-Braun-Institut (FBH) and its spin-off UVphotonics NT will be presenting their latest UV LED developments at the International Conference on UV LED Technologies & Applications 2018 (ICULTA-2018 ) from April 22 to 25 in Berlin.
Ferdinand-Braun-Institut presents its UV LED developments in talks and at the accompanying exhibition at ICULTA-2018 – from chips to ready-to-use modules. The institute co-organizes the international conference hosted in Berlin.
An aggregate of five research establishments and organizations have been chipping away at "UV Power", a community-oriented venture financed by the German Federal Ministry of Education and Research (BMBF). The accomplices have made it their objective to give high-power UV LEDs to cover a wide assortment of utilization.
Die Dermatologie ist ein breites Einsatzfeld für UV-Leuchtdioden, die das Zwanzig20-Konsortium "Advanced UV for Life" entwickelt. In der dermatologischen Klinik der Charité Berlin misst neuerdings ein UV-LED-Stift die Wirkung von Sonnenschutzmitteln.
Mentoringprogramme helfen Gleichgesinnten und unterstützen die wissenschaftliche Karriere
FBH's current frequent issue is available, dealing with FBH developments used in space, from pump laser benches applied in laser communication terminals to energy-efficient electronics for satellites.
22 – 25 April 2018, Berlin, Germany
A UV-LED based system was developed that allows to determine the sun protection factor (SPF) of sunscreen lotions in a non-invasive way in vivo. This method is faster and reduces the medical risk for the test subjects.
Since February, five Research institutes and companies have been working on on 'UV Power'
Wer eine Ausbildung zum Mikrotechnologen am Ferdinand-Braun-Institut (FBH) in Adlershof beginnt, begibt sich zur Arbeit in ziemlich reinliche Gefilde.
mehr...
Der Reinraum im Ferdinand-Braun-Institut (FBH) in Adlershof ist der wohl sauberste Arbeitsplatz, den sich Auszubildende wünschen könnten. Dort stellen Mikrotechnologen Mikrochips her, ohne die Computer, Smartphone oder medizinisches Gerät nicht funktionieren...
Die Physikerin Katrin Paschke entwickelt mit ihrem Team [...] kompakte streichholzschachtelgroße Lasersysteme. Wozu die notwendig sind und was sie an ihrer Arbeit reizt, darüber erzählt sie im Gespräch mit Inforadio-Wissenschaftsredakteur Thomas Prinzler
Quantum technologies such as encryption or quantum computing attract the most attention, but quantum sensing may reach industry first. For example, a Berlin collaboration is miniaturizing laser technology for satellite operations in which quantum sensors may greatly improve navigation and telecommunications.
The Ferdinand-Braun-Institut (FBH) has announced that it will present a series of novel developments and advancements of its diode lasers and UV LEDs at Photonics West 2018, in San Francisco (USA) from 30 January - 1 February 2018.
Het innovatieproject ‘UV Power’, dat wordt gecoördineerd door Osram Opto Semiconductors, moet een led-alternatief met hoog vermogen gaan creëren voor traditionele uv-lichtbronnen.
Die Verbundpartner des Forschungsprojekts UV-Power haben es sich zum Ziel gemacht, hochleistungsfähige UV-LEDs für vielfältige Anwendungen zu entwickeln.
The Ferdinand-Braun-Institut (FBH) will be presenting its recent developments and advancements in diode lasers and UV light-emitting diodes at Photonics West 2018. It will also represent more than 30 scientific contributions at the accompanying conferences.
New devices are tailored to particular applications; from chips to ready-to-use systems.
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