Our partner SENTECH is winner of the Innovation Award 2016 Berlin Brandenburg. The SENperc PV was honored as one of the five most innovative products of 2016. The SENperc PV is used for quality control for PERC cell back side manufacturing in the photovoltaic sector. Within the ceremony on December 2, 2016 at the TU Berlin the price was handed to the SENTECH employees.
The Innovation Award 2016 is an annual event targeting to promote innovate products which are generating the jobs of the future for the region of and around Berlin.
Dr. Neysha Lobo Ploch has been awarded with the renowned Dimitri N. Chorafas Prize for her thesis entitled »Chip designs for high efficiency III-nitride based ultraviolet light emitting diodes with enhanced light extraction. This award is assigned to outstanding work in selected fields in the engineering sciences, medicine and the natural sciences. It rewards research characterized by its high potential for practical application and by the special significance attached to its aftermath. The Chorafas Foundation honors every year graduates from 25 selected international universities including ETH Zuerich, MIT, and Tokyo Institute of Technology. In 2016, 32 people worldwide have received the credit, among them seven women.
More information on the »Chorafas-Preis.
Advanced UV for Life presents a selection of current developments at the international micro photonics fair in Berlin from 11 – 13 October 2016. Industrial companies and scientific institutions join their forces within the interdisciplinary consortium dealing with technologies based on ultraviolet light emitting diodes (UV LEDs) featuring tailored properties. Advanced UV for Life is managed by the Ferdinand-Braun-Institut (FBH) and addresses customized solutions in numerous application fields including medicine, environment & life sciences, water treatment, and production. The network partners offer comprehensive expertise in UV LED technology covering the whole value chain from development to application.
Find further information and related pictures »here.
The Ferdinand-Braun-Institut (FBH) presents novel developments and advancements of its diode lasers and UV light-emitting diodes (LEDs) at the international micro photonics fair. The event is hosted in Berlin from October 11-13, 2016. FBH’s exhibits include a rod-shaped module for water disinfection purposes using in-house developed 262 nm LEDs. This module aims at replacing conventional low-pressure mercury vapor lamps.
Find further information in the »Press releases of Ferdinand-Braun-Institut.
Our partner Ferdinand-Braun-Institut developed a metal-semiconductor-metal photodetector with thin AlGaN absorber layers on AlN/Sapphire templates that show high external quantum efficiencies (EQE) saturating at about 70% when the PD is illuminated from the substrate side. The AlxGa1-xN material system is attractive for the detection of ultraviolet (UV) radiation. Owing to the dependence of the large band gap energy on Al mole fraction x (3.4 eV to 6.2 eV), the cut-off wavelength of photodetectors is adjustable between 365 nm and 210 nm. Moreover, the material is robust against UV-radiation.
Find further information in the »Research News of Ferdinand-Braun-Institut.
The »2016 Harold M. Manasevit Young Investigator Award will be presented at ICMOVPE to Tim Wernicke, Technische Universität Berlin, Institute of Solid State Physics, for extensive and significant contributions in the MOVPE growth of low-defect density, non-polar and semi-polar III-nitrides for blue and green emitters, as well as AlGaN heterostructures for deep ultraviolet LEDs.
The Harold M. Manasevit Young Investigator Award is an international award that recognizes the exceptional technical contributions of a young investigator working in the Metalorganic Vapor Phase Epitaxy (MOVPE) technical area.
AlGaN buffer layers with high Aluminum content are necessary for optimal UV-C LED performance. But their Band-Edge lies below 300 nm, so the established 405 nm in-situ reflectance is insensitive to the surface morphology of such AlGaN layers. To monitor precisely both AlGaN growth rate and surface morphology during UV-C LED epitaxy, LayTec offers an additional 280 nm reflectance channel that employs a UV-C LED as a light source.
A wide range of applications utilize ultraviolet (UV) light in the UVB (280-320 nm) and UVC range (< 280 nm). Among them are disinfection of water, air, and surfaces, sensing applications, plant growth lighting, and material processing...
The AlGaN material system is of increasing interest for UV-based optoelectronic devices such as light emitting diodes (LEDs), laser diodes and photodetectors. The electronic properties of AlxGa1-xN compounds are strongly influenced by the mole fraction x of AlN, as well as by the content of residual impurities and dopant elements like H, C, O, Si, and Mg.
Further information in the »Research News of Ferdinand-Braun-Institut.
The consortium has gained a new industrial partner with »OSRAM Opto Semiconductors GmbH, one of the guiding lights both in technological development and in the manufacture of high-quality products. The expertise of Osram Opto Semiconductors extends from basic semiconductor technologies to individual customer applications and will significantly strengthen the technology base of the consortium.
In the meantime, the consortium has 24 industrial and 13 academic partners.
UVphotonics NT GmbH - a start-up company of Ferdinand-Braun-Institut, Leibniz-Institut fuer Hoechstfrequenztechnik - has been awarded with the Leibniz-Gründerpreis (Founder Award) 2016. The prize is endowed with 50,000 Euro and is intended to help promising start-up companies with their market entry by means of external consulting. Altogether, eight start-up iniatives from Leibniz institutes were nominated.
Find more information in the »Leibniz Association press release (only in German).
Our partner sglux SolGel Technologies GmbH presents as the first laboratory worldwide a traceable calibration chain in the ultraviolet region. This new method ist a result of the R&D project »Development of traceable calibration chains for mobile UV reference radiometers, that aimed at a scientific evaluation and completion of UV calibration chains realizing a PTB traceability. This goal was reached by systematic evaluation, improvement and completion of an existing measurement method.
The new method will be applied by the members of the consortium Advanced UV for Life where the method serves to determine properties of the new UV LED based products planned by means of a traceable measurement. Furthermore, this new method will be applied by sglux to determine the properties of own products and products of third parties by means of calibration service.
Advanced UV for Life expands its expertise in the field of semiconductor technologies & devices and in the application area of production.
The newly established company »UVphotonics NT GmbH ensures exploitation and sustainabilty of the research results of the Ferdinand-Braun-Institut and pushs the development of semiconductor devices with tailored properties.
New application markets for UV LED based systems will be addressed by the acquisition of new partner companies, leading ones in their field:
- The specialty of the »Haase GFK-Technik GmbH are double wall Glass-fibre reinforced plastic tanks to be assembled on site with integrated leak detector.
- The »j-fiber GmbH is a supplier of fiber optic specialty solutions in industry, optics, sensor technologies and optical analysis, science, data communications as well as research.
- The »Polystal Composites GmbH is producer of high-performance composite materials and manufacture round profiles from endless fibre reinforced plastics.
In the meantime, the consortium has 23 industrial and 13 academic partners.
Our partner SENTECH Instruments GmbH proudly presents the new spectroscopic ellipsometer SENresearch 4.0. The SENresearch 4.0 is an innovative ellipsometry solution which features widest spectral ranges and highest spectral resolution. The Step Scan Analyser (SSA) principle is applied for ellipsometric measurement. The extension of the SSA principle by the innovative 2C design allows measuring the full Mueller matrix. SENresearch 4.0 comes with SpectraRay/4, the new comprehensive ellipsometry software for advanced material analysis.
Further information in the »news of SENTECH Instruments GmbH.
Our partner LayTec AG has complemented the company's website with further in-situ measurement examples and research results in the field of UV LED epitaxy: »In-situ power for RF and power electronics.
In January 2016 Prof. Dr. Matthias Bickermann, Leibniz Institute for Crystal Growth, was voted on to the managing board of regional network IGAFA (Joint Initiative of Non-University Research Institutes in Adlershof). Within Advanced UV for Life Mr. Bickermann develops aluminium nitride substrates that can be used in epitaxy for UVC optoelectronic devices.
The IGAFA network was founded in 1992 and is a scientific association representing the non-university research institutes of the Technology Park in Berlin Adlershof. Find more information in the »news of Berlin Adlershof.
Within the project »Upgrading the process chain for UV LEDs, new equipment for the separation of UV LED chips could be purchased and put into operation by our partner Ferdinand-Braun-Institut, Leibniz-Institut fuer Hoechstfrequenztechnik. With the installation of a laser scriber and a wafer breaker, which were specifically designed for the requirements of sapphire and AlN machining, the technological basis for an efficient chip production has been established.
Further information in the »Research News of Ferdinand-Braun-Institut.
The »Emerson Global Users Exchange, organized by our partner Emerson Process Management GmbH & Co. OHG, is more than an industry-leading technical conference…it is a community of manufacturing leaders committed to extracting the most from their automation investment…and sharing their learning with each other. The Emerson Exchange Board of Directors invites you to submit an abstract for inclusion in the 2016 Emerson Global Users Exchange. »Call for Presentations is open til March 15, 2016.
In October we announced the launch of LayTec's next generation in-situ metrology. Now, »EpiTT Gen3 is available as the first representative of this product class!
EpiTT Gen3 and EpiCurve®TT Gen3 families of our partner LayTec AG offer a lot of advantages for UV LED related MOCVD processes:
- emissivity corrected pyrometry for high temperature AlN/AlGaN processes up to 1500°
- C3 wavelength reflectance (405 nm, 633 nm, 950 nm) with improved short wavelength reflection measurement for precise AlN/AlGaN analysis and for monitoring of highly doped AlGaN superlattices
- parallel beam heads (PBH) to overcome the off-focus situation, e.g., when the gap between the susceptor and the showerhead is changed
- TT 950 pocket temperature configuration for ssp (single side polished) and dsp (double side polished) saphire as well as pss (patterned sapphire substrates)
- EpiNet software with an improved material database for the complete UV LED layer stack and different substrates, e.g. AlGaN and AlInGaN material classes, double-side polished (dsp) sapphire and many more
Find more on LayTec's »UV LED page.
The current frequent issue with special focus on "Photonics for Medicine & Life Sciences" has just been published by our partner Ferdinand-Braun-Institut, Leibniz-Institut für Höchstfrequenztechnik. UV LEDs and their wide application fields are one of the main topics. Related links to this topic can be found in the »online version of frequent 07_2016.
Dr. Neysha Lobo-Ploch was awarded with the Dissertationspreis Adlershof (disseration award Adlershof) with regard to her pionieering research on highly efficient UV LEDs. The dissertation was titled »Chip designs for high efficiency III-nitride based ultraviolet light emitting diodes with enhanced light extraction. The technologies developed in this context layed the foundation for her spin-off "UVphotonics", which she founded jointly with three colleagues in December 2015. Ms. Lobo Ploch graduated within the framework of the Joint Lab GaN Optoelectronics, jointly operated by Ferdinand-Braun-Institut and Technische Universität Berlin.
In January 2016, Michael Kneissl, head of the »Joint Lab GaN Optoelectronics at the Ferdinand-Braun-Institut, Leibniz-Institut fuer Hoechstfrequenztechnik, has been selected to the join the distinguished circle of the IEEE Fellows for his contributions to the development of wide bandgap semiconductor laser diodes and ultraviolet LEDs. Fellow indicates the highest grade of membership awarded by the renowned professional association for engineers in the field of electrical engineering and related disciplines.
Our partner sglux SolGel Technologies GmbH currently constructs its new building for production, research, development and sales of UV measuring components at a 1000 m² (10.764 sq ft) area in Berlin Adlershof. They plan to finish this construction project that is co-founded by the European Community in March 2017.
Find more information on »sglux homepage.