Senior Scientist at Universal Display Corporation
Greater New York City Area
Senior Scientist at Universal Display Corporation
Greater New York City Area
Dr. Chun Lin is a Senior Scientist at Universal Display Corporation. Prior to joining UDC in April 2006, he was a Senior Research Chemist at PPG where he made a number of important contributions to the synthesis of new metal complexes used in phosphorescence organic light emitting devices (PHOLEDs) and related materials, including the invention of a breakthrough family of blue PHOLED materials. Prior to joining PPG he was a postdoctoral fellow with Professor Albert Cotton at Texas A&M and spent a one year conjunct postdoctoral at IBM Yorktown, during which time he initiated the supramolecular chemistry of metal-metal bonded compounds and molecular electronic applications thereof. He earned his B.S. degree in Chemistry and Materials Science from University of Science & Technology of China in 1992 and his Ph.D. from the Florida Institute of Technology in Inorganic Chemistry in 1997, studying under Professor Tong Ren. Dr. Lin has over 40 publications and many patent/applications as the lead inventor.
RESEARCH INTERESTS: Inorganic/Organometallic Chemistry, Supramolecular Chemistry, Surface Chemistry, Molecular-Level Devices and Machines, Electrochemistry, Materials Science, and Nanoscience.
I have strong desire and ability to invent new technologies, especially in new energy area.
(Public Company; Research industry)
April 2006 — Present (4 years 6 months)
(Research industry)
April 2003 — March 2006 (3 years )
• Designed, synthesized and characterized various organometallic and organic compounds used in PHOLED devices. Made fundamental breakthrough in blue PHOLEDs and won a Level Three award (highest for regular base).
(Research industry)
September 1997 — April 2003 (5 years 8 months)
• Pioneered the “metal-metal bonded supramolecular chemistry”. Created, designed and developed this project. Coupled dimetal bonded units in pairs to form one, two, and three-dimensional nano-materials wherein cooperative interaction among the metal centers to give rise to tunable physical properties in the bulk materials. The work was featured in three journal covers
• Taught electrochemistry to the group members, and trained them in operation of related instruments. Supervised graduate students and postdoctoral researchers
(Research industry)
June 2001 — September 2002 (1 year 4 months)
• Succeeded in preparation of thin films through layer-by-layer self-assembly of dimetal supramolecules, and used them to fabricate lateral nano-electronic devices that exhibit room temperature negative differential resistance
• Proposed the idea of making a tunable molecular electronic device system. Participated in departmental milestone project
(Research industry)
September 1993 — August 1997 (4 years )
• Prepared and characterized novel metal-metal bonded dinuclear compounds with a series of substituted bidentate ligands, established linear free energy relationships, and performed molecular orbital calculations
• Designed and synthesized new metal-containing liquid crystalline materials in both dinuclear and mononuclear compounds
• Supervised undergraduate students
(Research industry)
September 1993 — August 1997 (4 years )
• Taught General Chemistry Lab I & II
(Research industry)
September 1990 — July 1992 (1 year 11 months)
• Synthesized Bi-based high Tc superconductors with various elemental substitutions, and studied their effects on structure and superconductivity of these compounds
Ph.D. , Inorganic Chemistry , 1993 — 1997
B.S. , Inorganic Chemistry and Materials Science (minor) , 1987 — 1992
One Level Three (Highest in regular base) and Three Level One Awards, PPG, 2003-2005
IBM Patent Application Invention Achievement Award, IBM, 2002
Outstanding Graduate Student, Florida Tech, 1997
Outstanding Graduate Student, Orlando Section, American Chemical Society, 1995
Outstanding New Graduate Student, Florida Tech, 1994