Dominique Schreurs

Papers

Total Citations

116

H-Index

About

Dominique Schreurs is a pioneering force in the field of microwave engineering, with a research focus that bridges cutting-edge wireless communications and energy transfer. Her work is instrumental in shaping the future of 5G networks, particularly through her seminal 2017 paper "Revolutionizing Wearables for 5G," which has garnered 114 citations. This highly influential study explores the integration of wearable devices into 5G ecosystems, addressing critical challenges in antenna design and high-bit-rate connectivity for applications spanning military, medical, and consumer electronics. More recently, Schreurs has advanced the domain of wireless power transfer with her 2022 work on "2D routing," a novel dual-frequency method that enables controllable, position-independent power delivery across two-dimensional surfaces using magnetic coupling resonance. This innovation holds transformative potential for smart environments and IoT devices. Her contributions are widely recognized, establishing her as a key architect of next-generation wireless systems that seamlessly combine data transmission and energy autonomy.