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cxg1006.pdf
cxg1006.pdf
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cxg1008.pdf
cxg1008.pdf
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cxg1013n.pdf
cxg1013n.pdf
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cxg1014.pdf
cxg1014.pdf
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cxg1015.pdf
cxg1015.pdf
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cxg1017.pdf
cxg1017.pdf
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cxg1020.pdf
cxg1020.pdf
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cxg1022.pdf
cxg1022.pdf
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cxg1024.pdf
cxg1024.pdf
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cxg1027.pdf
cxg1027.pdf
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cxg1030.pdf
cxg1030.pdf
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cxg1034.pdf
cxg1034.pdf
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cxg1060.pdf
cxg1060.pdf
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cxg8003q.pdf
cxg8003q.pdf
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cxg8004q.pdf
cxg8004q.pdf
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Cadence fills out DFM flow in time for 45-nm design
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Researchers of the IBM Zurich 5b4 lab and the ETH Zurich university have demonstrated a new nanoprint process that could be used - among other applications - to create printed nanowires. The process features a resolution three orders of magnitude higher than known printing technologies, the researchers say. Details... more »
 
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