Dr Young received a Ph.D. in chemistry from Ohio University in 1984. After graduation he initiated an in-depth research program on the study of lyotropic liquid crystals where he received U. S. patent as co-inventor of a Kevlar ® polymer and process modification improving critical properties in high performance composites.

Since 1988, Dr. Young has been active in the research and development of Mylar ® film products for capacitor and thermal transfer media applications. Some of these products include; using MIE scattering theory to develop a polyester film material useful in the manufacture of photoresists, a copolymer film composition useful in flyback transformers and a high dielectric strength polyester film for capacitors that resulted in a U.S. Patent.

Dr. Young’s Christian background has also led him to do extensive studies on the subject of creation. His current interest involves the study of the time domain and how quantum theory and/or multidimensional string theories may be used to explain the Genesis account.

Education

• Ph.D. in Analytical Chemistry with Minors in Organic and Physical Chemistry — Ohio University.
  
• B.S. in Chemistry — University of Rio Grande.

• The tribological understanding of surface topography relationships to film handling.

• Electrical property improvements of polyester films.

• Tensile strength and thermal improvements in polyester films.
  

• High dielectric strength Mylar ® product for film / foil capacitors using synthetically precipitated cubic inorganic particles resulting in a U.S. patent.
  
• Directed the development of a new product using MIE scattering theory that aids in the manufacture of Photoresists.
  
• Received a United States Patent on a Kevlar ® polymer variation to manufacture acicular para aramides.
  
• Directed the development of a new product using copolymer polyester technology for high voltage flyback transformers.
  
• Received the Donald F. Clippinger award for superior research by a graduate student in 1984.
  
• Received the company marketing excellence award in 1996. Highest award in the business unit.
  
• Provided strong community support in a variety of voluntary leadership positions including Big Brother / Big Sisters, Mental Health and Recovery Services Board.
  
• Voted one of the outstanding young men of America in 1989.

• Voted one of the outstanding young men of science in 1993.

Thin Film Technical Service Manager, Research Group Leader / Chemist — 1984 – Present.

Selected Publications

• The Characterization of High Performance Fibers using Infrared Microscopy. Spectrocopy 3(9) 1988.
  
• Coated Films for A.C. Film foil Capacitors. Paper given at the Capacitor and Resistor Technology Symposium 1997.
  
• New Surface Topographies for PET Film Capacitors. Paper given at the Capacitor and Resistor Technology Symposium 1999.
  
• Intracavity Enhancement of Raman Peaks inside the Cavity of a Dye LASER, Spectroscopy Letters 16(6):471–478, 1983.
  
• The Identification of Dropouts in Magnetic Media Using Infrared Reflectance Microspectroscopy, Spectroscopy Letters 23(5):679–698, 1990.
  
• Developments in Video and DAT Dropout Analysis. Paper given at the International Tape Association Meeting 1989.