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Sunday, February 16, 2014

#277 More on flexibility

Mechanical flexibility of semiconductor electronic and photonic systems is currently a very big deal in semiconductor science and engineering. Flexible displays, flexible sensors, flexible solar cell panels, flexible LED-based lighting panels, flexible bioelectronic devices and integrated circuits are in the process of moving sizable segments of semiconductor industry into the entirely new territory. As you tell from my past blogs (e.g. #258 and 259) I found opening of this new avenue for applications of semiconductors truly exciting.

The interest in flexibility of semiconductor devices was sparked by the progress in making organic semiconductors a commercial reality. As a reminder, organic semiconductors maintain their physical properties even when extremely flexed, thus, making flexible electronics and photonics feasible. Problem is that organic compounds are really not the best semiconductors in terms of physical properties. Wouldn't it be nice if for instance normally rigid and brittle crystalline silicon could be made into a flexible substrate? Well, it turns out that it is entirely feasible. I recommend you take a look at this paper to learn more about flexible silicon. Very interesting...

 

Posted by Jerzy Ruzyllo at 09:58 PM | Semiconductors | Link



Semi1source.com/blog is the personal blog of Jerzy Ruzyllo. With over 35 years of experience in academic research and teaching in the area of semiconductor engineering (currently holding position of a Distinguished Professor of Electrical Engineering and Professor of Materials Science and Engineering at Penn State University), he has a unique perspective on the developments in this progress driving technical domain and enjoys blogging about it.



With over 2000 terms defined and explained, Semiconductor Glossary is the most complete reference in the field of semiconductors on the market today.






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