Bensu Günay, Ph.D. Candidate

Biography

Bensu Günay is a dedicated Ph.D. candidate in Single-Molecule Chemistry at the Karl-Franzens-Universität Graz, with a deep interest in nanotechnology, quantum atom relations, and molecular reactions. Additionally, she is currently working as a University Assistant at the same university.

She graduated from Ege University with a degree in Bioengineering. During her bachelor's studies, she focused on anaerobic fermentation processes to produce renewable energy such as bioethanol, biomethane, or biohydrogen from various food wastes. With a background in Bioengineering, she has gained experience in various subjects, including fermentation techniques, animal cell culture, natural polymers, and biosensor fabrication. Her master's focus on nanotechnology has allowed her to explore crucial topics missing in Bioengineering.

Bensu Günay successfully obtained her Master of Science (MSc) degree from Izmir University of Economics, specializing in the field of nanotechnology and biotechnology. During her MSc studies, she conducted research with a primary focus on inorganic nanomaterials and 2D nanosheets, aimed at the development of optical and electrical nanodevices.

Furthermore, Bensu conducted a comprehensive analysis of the cytotoxicity and antibacterial activity of these nanomaterials during her MSc research. This analysis provided valuable insights into their potential applications and safety considerations in biological and medical contexts. After completing her Master's degree, Bensu seamlessly transitioned to a research role in Austria.

Bensu is currently pursuing her Ph.D. in physical chemistry, focusing on nanoscale approaches. Using Scanning Tunneling Microscopy (STM), she investigates single atoms and molecules at high resolution to understand molecular interactions in chemical and physical processes. Under ultrahigh vacuum conditions, she manipulates individual molecules on surfaces through precise tip-adsorbate interactions. This allows her to study their specific functions and gain insights into chemical properties and structural characteristics. Bensu's research holds significant potential for advancing nanotechnology and enhancing our understanding of various scientific disciplines.