Division VP and Technology Executive
Corning Technology Center Korea, KR




Dr. Dipak Chowdhury joined Corning in August 1993 as a research scientist in the Mathematical Modeling group in Science & Technology. Starting as a research scientist, he built Corning’s corporate Modeling & Simulation group and appointed as Research Director of the Modeling & Simulation group in 2002. In 2007, he was appointed the director of Corning European Technology Center (CETC) in Fontainebleau, France. In 2008, he was also appointed as the president Corning S.A.S., Corning’s European entity. He was appointed division vice president in 2010 and joined Corning Glass Technology group as the Flexible Glass program director. In 2019 he was appointed Division VP and Technology Executive, Corning Technology Center Korea and moved to South Korea. Dr. Chowdhury holds a PhD in Electrical Engineering from Clarkson University, Potsdam, NY, and he is a fellow of the Optical Society of America.​​​

​​​​​Presentation ​​

Flexible Glass – Current technology status and applications

Precision glass has some unique attributes which enabled many applications where glass is used as a substrate or superstrate materials. Display and Photo Voltaic (PV) devices are two obvious application of rigid flat glass where both of these applications are demonstrated. Flexible substrate and superstrate is the next generation technology that is driving the new application opportunities, such as, flexible display and PV. While polymer films are the obvious choice for flexible substrate or superstrate because of ease of low cost manufacturing through roll-to-roll (R2R) processing, thermo-mechanical stability and hermiticity remains as key challenges to overcome. Flexible glass, like Corning(R) Willow(R) Glass, overcomes these challenges while enables low cost R2R processing. This presentation will summarize current state of the flexible glass technology and discuss some of the latest applications of flexible glass as substrate and superstrate.​​​​