Aurelian Rotaru
Papers
1
Total Citations
9
H-Index
1
About
Aurelian Rotaru is a leading figure in molecular spintronics and organic electronics, renowned for pioneering the electrical sensing of molecular spin-state switching. His groundbreaking work integrates spin crossover (SCO) complexes with organic field-effect transistors (OFETs), enabling the transduction of magnetic transitions into measurable electrical signals. In his most cited study, Rotaru demonstrated a 50–70% increase in drain-source current upon spin-state switching in an SCO-polymer composite heterostructure, achieving direct electrical readout of molecular bistability. This innovation bridges molecular magnetism and device engineering, offering a pathway toward ultra-low-power memory, sensors, and logic components. With over 9 citations on this flagship paper and a growing body of work in multifunctional hybrid materials, Rotaru’s contributions have reshaped how researchers interface molecular switches with electronic platforms. His achievements include designing scalable heterostructures that operate at room temperature, a critical step for practical applications. For students and researchers, Rotaru’s work exemplifies how fundamental spin-crossover physics can be harnessed for next-generation organic electronics, merging chemistry, physics, and materials science into a cohesive, impactful vision.
Research Focus
Key Achievements
Top Papers
- 1