Quantum information processing (Part 1)


Details
Hello All,
Welcome to another exciting #KnowledgeSeries event hosted by Quantum Computing India
Agenda
#Quantum #Information Processing - Part1
- Prof. Shayan's research around Quantum information processing
- Discussion around Prof. Shayan's latest journal "Quantum channels over graph states using generalized measurement-based quantum computation framework"
- The current state of quantum research in India
- Prof. Shayan's thoughts on the application of Quantum
RSVP >>> https://quantumcomputingindia.com/knowledge-series
Bio: Prof. Shayan Srinivasa Garani
Shayan Srinivasa Garani received his Ph.D. in Electrical and Computer Engineering from Georgia Institute of Technology – Atlanta, M.S. from the University of Florida – Gainesville and B.E. from Mysore University. Prof. Garani has held senior engineering positions within Broadcom Corporation, ST Microelectronics and Western Digital. Prior to joining IISc, Prof. Garani was leading various research activities, managing and directing research and external university research programs within Western Digital. He was the Chairman for signal processing for the IDEMA-ASTC and a co-chair for the overall technological committee. At IISc, he directs the Physical Nano-memories Signal and Information Processing group, which conducts advanced research in the areas of physical data storage, quantum information processing, artificial intelligence and music science and technology.
He is the author of a book, several journal and conference publications, holds 14 U.S patents in the area of data storage, some of which are into products. Prof. Garani is the Chairman for the IEEE Data Storage Technical Committee and the past chairman (2015 – 2018) for the Photonic Detection group within the Optical Society of America. He was recently awarded Prof. Satish Dhawan young engineers state award in the field of engineering sciences for the year 2018. His research interests include broad areas in EECS mentioned above that intersect with applied mathematics and physics.
See you this Saturday!

Quantum information processing (Part 1)