The Eduard Rhein Foundation was founded in 1976 in
Hamburg (Germany) by
Eduard Rhein. The goal of the foundation is to promote scientific research, learning, arts, and culture. This is done in particular by granting awards for outstanding achievements in research and/or development in the areas of radio, television and information technology.
Awards and honors
The foundation grants the following awards and honors:[1]
Ring of Honor (
moonstone set in gold) for outstanding work which has been accomplished over a long period of time, the number of living bearers of rings is limited to ten
1979 to 2006 award winners are listed in the
German article.
2007:
Technology Award: Prof. Dr. Dr.
Gerhard Sessler for the design of electret transducers, the invention of the foil
electret microphone (together with
James West) and of the silicon condenser microphone (with D. Hohm).
Cultural Award: Prof. Dr.
Paul Dobrinski for the publication of scientific and technical works of young scientists.
Ring of Honor: Dr. Dr.
Valentina Tereshkova for her contributions in the area of crewed space flight.
2008
Technology Award:
Siegfried Dais and
Uwe Kiencke for invention, international standardisation and propagation of the "
Controller Area Network" (CAN), an open, reliable real-time communication system for
embedded devices in automotive, medical and automation applications as well as in consumer goods, which today dominates the world market.
Cultural Award:
Norbert Lossau for brilliantly written science and technology related articles published in the newspaper "
Die Welt". Over a sustained period of time his outstanding contributions are received by the readers as splendidly written, comprehensive in scope yet to read sources of information.
Ring of Honor:
Herbert F. Mataré for his invention of the solid state amplifier in 1948, performed independently and parallel to Bell Lab's
transistor. Further, in recognition of his important contributions to information technology, solid-state physics and -manufacturing over a period of more than 60 years.[2]
Technology Award:
Ching W. Tang for inventing the first highly efficient organic light emitting diode and further contributions to the development of
organic semiconductor devices.[4]
2014
Technology Award: Prof. Dr. Dr.
Kees Schouhamer Immink for contributions to the theory and practice of channel codes that enable efficient and reliable optical recording, and creative contributions to digital recording technology.[5]
2015
Technology Award: Prof. Dr.-Ing. Dr. rer. nat. h.c. mult.
Karlheinz Brandenburg, Dr.-Ing.
Bernhard Grill and Prof. Dr.-Ing.
Jürgen Herre for decisive contributions to the development and practical implementation of the mp3 audio coding technique.[6]
2016
Technology Award: Prof.
Blake S. Wilson, Prof. Dipl-.Ing. Dr.tech.
Erwin Hochmair and Dipl.-Ing. Dr. techn. Dr. med.
Ingeborg J. Hochmair-Desoyer for the development and commercialization of the world’s first multi-channel microelectronic cochlear implant.
2017
Technology Award: Prof. Dr.-Ing.
Ernst D. Dickmanns for pioneering contributions to autonomic driving.
2018
Technology Award: Dr.
Rajiv Laroia for pioneering work on Flash OFDM as a Forerunner of Fourth-Generation Mobile Communications (4G).
2019
Technology Award: Dr.
Franz Laermer and
Andrea Urban for the invention of the deep reactive ion etching process (Bosch Process), a key process for manufacturing semiconductor sensors.
2020
Technology Award: Prof.
Neal Koblitz, Ph.D. and
Victor S. Miller, Ph.D. for the invention of cryptography based on elliptic curves.
2021
Technology Award: Prof.
Denis Le Bihan, MD, Ph.D. and
Peter J. Basser, Ph.D. for the development of MRI diffusion tensor imaging, which is used for surgery and radiation planning, for research into neurological diseases associated with white matter changes, and for reconstruction of neural pathways in the brain (tractography).
2022
Technology Award: Prof.
Hideo Hosono, Ph.D. for the invention of metal oxide thin film transistors for display applications.
2023
Technology Award: Prof.
Gilles Brassard, Ph.D. and
Charles H. Bennett, Ph.D. for the conception of the first key agreement protocol whose security is derived from the validity of quantum physics.