A breakthrough into Non-Volatile memory
In the last few decades, memory is becoming a key element in defining overall cost and system performance with respect to other semiconductor components. Up until now, memory demand has been satisfied by the standard optimization and miniaturization techniques currently implemented. However, there is a growing need for a new innovative approach that could resolve the pressing need for cost reduction and storage density increase. During this presentation a breakthrough into Non-volatile memories will be presented.
Paweł Tomkiewicz
About Me: Ph.D Eng. Paweł Tomkiewicz Ph.D in Solid State Physics Experience/Education: 2019 – Intel Technology Poland Sp. z o.o. 2009-2018 – Semiinstruments/Omnivac 2003-2008 – Silesian University of technology, Institue of Electron Devices. Area of interest and expertise: I have spent almost ten years in the Institute of Electronic Devices of the Silesian University of Technology. During these studies I worked on enabling the new technology of III-V semiconductors into industry. During this time, a set of publications and patents were elaborated and presented during international workshops and conferences. The next ten years I have spent at the Omnivac, a company that is specialized in unique solutions for scientific and research installations. During this collaboration, I have designed and prepared for production electronic devices that are widely used in high-end laboratories and synchrotrons, including Massachusetts Institute of Technology MIT (USA), Solaris in Krakow (Poland) and Shanghai Synchrotron Radiation Facility SSRF (China). Last year I joined Intel to take part in the development of modern, non-volatile memories.