Cynthia Jenks
About Cynthia Jenks
Title: Associate Laboratory Director for Physical Sciences
Cynthia Jenks holds the position of Associate Laboratory Director for Physical Sciences. In this role, she oversees the expansive physical sciences portfolio at the Oak Ridge National Laboratory (ORNL). Her leadership responsibilities encompass a wide variety of scientific domains. Jenks is responsible for steering research and development across significant areas of study within the physical sciences.
Areas of Focus: Quantum Materials
Cynthia Jenks places a particular emphasis on quantum materials within her role at ORNL. Quantum materials are pivotal in understanding fundamental quantum mechanics and are crucial for advancements in technology and computing. Her efforts contribute to the exploration and development of new quantum systems designed to leverage quantum behaviors for practical applications.
Areas of Focus: Structural Materials and Alloys
As part of her stewardship of ORNL's physical sciences portfolio, Cynthia Jenks focuses on structural materials and alloys. This involves overseeing research that enhances the properties and performance of materials used in a wide range of industrial and technological applications. Her work in this area is vital for advancing materials science and improving the durability and efficiency of modern infrastructures.
Areas of Focus: Soft Materials and Nanoscience
Cynthia Jenks's responsibilities also include guiding research in the fields of soft materials and nanoscience. Soft materials encompass polymers, gels, and other flexible substances, which have numerous applications in industries such as biomedicine and electronics. In nanoscience, she oversees the study of materials at the nanoscale, enabling breakthroughs in the manipulation of matter at atomic and molecular levels for innovative uses.
Applications in Energy and Security
In her role, Cynthia Jenks is tasked with advancing the applications of materials and chemistry in the realms of energy and security. This includes fostering developments that enhance energy efficiency, sustainability, and the resilience of energy systems. Her work also supports security initiatives by improving materials and chemical processes that are essential in safeguarding national interests.