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Materials Modeling for Microelectronics

Did you know semiconductor memory dates back to the 1960's UNIVAC? It held 262,144 words of eight-ported main memory. Today, as scaling of elementary semiconductor devices in the Integrated Circuits approaches its fundamental limits, novel approaches are being sought that involve integration of new materials, new processes and new device design.

Over the years materials modeling had played a pivotal role in understanding fundamentals of semiconductors physics. However, substantial code and computer developments over the last two decades resulted in qualitative increase of the accuracy, size, and robustness of atomistic calculations leading to an increasingly high impact in more specific engineering applications. In this webinar we'll discuss the place of materials modeling in the semiconductor industry with specific examples in processing, reliability and metrology aspects of metal-oxide-semiconductor (MOS) advanced gate stack engineering.

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