Mas Subramanian is the first Signature Faculty Fellow in the Oregon Nanoscience and Microtechnologies Institute (ONAMI).
With the naming of Mas Subramanian to faculty positions at OSU and ONAMI, the university and the statewide collaborative program will be among the world leaders in materials chemistry.
Subramanian is the new Milton Harris Professor of Materials Science at OSU, as well as a fellow in ONAMI, a major collaborative effort among OSU, other Oregon universities, agencies and private industry.
“Dr. Subramanian recognized the quality, opportunities and excitement surrounding the materials research and education programs at OSU,” said Douglas Keszler, chair of the university’s chemistry department. “We believe his enormous scientific talents and high energy, visionary leadership will accelerate very powerful ONAMI collaborations for the benefit of all Oregonians.”
And David C. Johnson, a chemistry professor at the University of Oregon and an ONAMI leader, agrees, saying Subramanian’s move to the state could help “make Oregon the best place in the world to study materials chemistry.”
An expert in such fields as high-temperature superconductivity, thermoelectrics, magnetoresistive materials and solid state, fast ion conductors, Subramanian is a world leader in the discovery and development of new materials.
A native of India, Subramanian was a senior scientist DuPont Central Research and Development prior to his appointment to the Oregon positions. He has published more than 225 papers in professional journals, and his work has yielded 51 patents that are in place or pending.
ONAMI is putting nanotechnology to work in a variety of ways in institutions throughout Oregon. At OSU, ONAMI areas of development include:
- Transparent electronics that can be printed on glass and plastics
- Tiny microreactors capable of super-fast portable biodiesel production
- Lightweight cooling units for use by soldiers and hazmat workers in high heat conditions
- Automobile air conditioning systems that use waste engine heat
- Blood filters that are leading to portable kidney dialysis machines