This Workshop will seek to develop a coherent set of detector requirements to suggest appropriate directions for the development of the technologies required in the near, medium and longer term for low energy science (THz to Soft X-rays).
Ellesmere Port, Cheshire, UK, June 30th ~ July 1st 2005.
International Workshop on Infrared Microscopy and Spectroscopy with Accelerator Based Sources (WIRMS 2005). The scope of this workshop is to bring together SR & FEL scientists and synchrotron-IR & FEL-IR users to discuss the trends in these fields, and to promote even more promising applications.
Rathen, Germany, 26th – 30th June 2005
Researchers at the University of Florida have built a world-record high frequency chip using a common type of semiconductor, an advance that could lead to inexpensive terahertz systems for detecting hidden weapons, and chemical and biological agents.
Clark’s team uses backscatter radiography and Terahertz imaging to evaluate the integrity of the shuttle’s spray-on foam insulation in a non-destructive manner. Instead of cutting apart materials for study, Clark’s team uses the techniques to simply look inside, through the wall of foam — probing for internal anomalies without raising blade or blowtorch.
The vacuum tube amplifier– possibly in a nanoscale version– may be the best means of exploiting terahertz spectra, said Stanford University Professor Thomas Lee. With MEMS technology, it becomes possible to bond tube-like structures right onto a semiconductor substrate. Thus, the future terahertz transmitter becomes a nanoscale klystron radiator.
THE LATEST INFORMATION ON R&D AND EMERGING MILITARY AND COMMERCIAL APPLICATIONS. Washington, DC • June 13-14, 2005
The 2005 International Microwave Symposium (IMS) will be hosted by the city of Long Beach, located in beautiful Southern California June 12-17, 2005.
A second annual forum for education and discussion between academia and industry regarding emerging terahertz technologies for imaging and security applications. June 2-3, 2005, Washington, DC.
Designed for use in high-end digital radar receivers, 7600 Down Conversion Sampling Module employs Non-Linear Transmission Line (NLTL) technologies and terahertz diode construction. It offers consistent linearity performance over 25 GHz of RF bandwidth at sampling rates to 2 GHz. Able to replace traditional mixers and reduce complexity of current broadband radar system architectures, product features sampling rate of 10 MS/sec to 2 GS/sec.
Due to the continued growth of TeraView we are looking for a Senior Electronics Engineer to join our engineering team. Closing date for applications: Thursday 30 June 2005.
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