Daria Kowsari

Daria Kowsari is a Postdoctoral Scholar - Research Associate at the University of Southern California (USC) within the USC Dornsife College of Letters, Arts and Sciences. Their research focuses on quantum systems, superconducting circuits, and non-reciprocal components. Kowsari has contributed to advancements in quantum computing and quantum engineering through experimental and theoretical work, particularly in the areas of quantum gate compilation, noise reduction, and environmental effects on quantum systems. They hold a PhD and have conducted research in superconducting resonators and Josephson junctions.

Key research interests include non-Markovian quantum dynamics, parametric modulation in superconducting circuits, and fabrication of low-loss superconducting components. Their work bridges theoretical physics with experimental implementation, addressing challenges in quantum coherence and device reliability.

Publications span topics like parity-time symmetry, entanglement preservation, and non-reciprocal systems, reflecting a focus on foundational quantum technologies. Kowsari has explored applications in quantum computing hardware, signal processing, and environmental interaction mitigation, with contributions to both device design and theoretical modeling.

No awards or grants are explicitly listed in the provided text. Their academic profile emphasizes technical innovation in superconducting systems, with ongoing research in quantum control and materials engineering for scalable quantum devices.