A challenging part time (~10-30 hours/week) opportunity for Senior Student on Computational Lithography/Scaling. Enabling higher resolution of Imaging Device through the use of software innovation rather than through advances in hardware-centric (Electronic and Optics) is possible through the use of mathematics of Level Set and Fast Marching Methods. Currently TSMC has used some of this technique together with 193-nm light source to print 32-nm final pattern on silicon wafers. It is estimated that up to 3X additional resolution can be obtained through the use of Level Set Methods if the final sample geometric shape is known. We are recruiting aggressive student who wish to make name for himself to attack this problem. We are applying this method to general imaging with application in industry (Especially in Electronics field of Semiconductor, Solar Cell, LCD and Hard Disk drive) and biomedical imaging. Student with Math background in geometry, general applied mathematics, Hamilton-Jacobi equation, Level Set method is desired but not mandatory. Payment will be generous and potential candidate may lead to key position in a new world leading imaging start up company. Application (大学成绩单及个人简介) is being received immediately to Ms. 谢 ([email protected], 02-33663700 ext. 435). For more information, please contact Prof. 黄升龙, Director, Institute of Photonics and Optoelectronics and Professor, Department of EE, NTU. Information release date: January 1, 2010. --

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