Projects related to 10-2006-405

Results found (9)
No.CategoryTechnology NameBriefcaseLead Researcher
805
Semiconductor device for generating T-rays Categories Homeland Security, Medical Imaging, Semiconductors Development Stage Full theoretical proof of concept Patent Status U.S. patent application Granted, Patents pending in Europe. Market ...
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Shvartsman Leonid
2453
New approach produces better sensitivity, resulting in improved resolution   Categories Applied Physics, Optoelectronics / Photonics,Optoelectronic Computing & Optical Communication Development Stage Proof of concept. Research ...
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Levy Uriel
2423
A basis for new technology of screens operated by either touch or proximity sensing   Background Touch screen is a multi-application technology with growing use in consumer products such as computers, phones, medical equipment, and a broad ...
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Yitzchaik Shlomo
2533
Innovative photonics applied to boost Analog-to-Digital conversion capabilities Inventor: Dr. Dan Marom, Head of Photonic Devices Laboratory, Department of Applied Physics,The Selim and Rachel Benin School of Computer Science and ...
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Marom Dan
101
Plastic electronic and optoelectronic components for telecomunications Categories Nanotechnology Devices, Optical Devices Development Stage Prototype device demonstrated in lab. Ongoing research and ...
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Banin Uri
2608
Application to Low cost – High performance Photo-Voltaic Cells Categories Semiconductor material and devices, Photovoltaic cells    Development Stage Technology available for incorporation into existing schedulers Patent ...
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Yerushalmi Roie
4289
Self-Assembling, conductive DNA molecules enable easy manufacture of DNA-based circuits and electrical devices   Categories Molecular Electronics, Nanoprocesses, Self-assembly, Nanodevices Development Stage Ongoing research Patent ...
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Porath Danny
2430
Moshe Nazarathy, Department of Electrical Engineering, Technion     Background There is an increasingly growing interest in cost-effective technology to improve spectral efficiency of optical networks while allowing flexible bandwidth allocation ...
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Marom Dan
2066
  A diffractive MEMS micromirror structure, capable of directing light towards one of multiple discrete tilt angles with efficiency approaching 100% is proposed as a replacement for reflective MEMS mirrors. By employing multiple, smaller mirror ...
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Marom Dan