Jeffrey V. Rosenfeld

Monash University, The Alfred Hospital, Royal Children's Hospital, Uniformed Services University of the Health Sciences

Papers

Total Citations

126

H-Index

About

Jeffrey V. Rosenfeld is a pioneering neurosurgeon whose research bridges cutting-edge neurotechnology and global surgical care. His primary contributions span three transformative domains: brain–computer interfaces (BCIs), minimally invasive neurosurgery, and global health surgery. In his highly cited 2017 work on neurobionics (77 citations), he explored how BCIs decode motor cortex signals to restore movement in paralyzed patients—a breakthrough driving modern neuroprosthetics. His 1996 paper on minimally invasive neurosurgery (23 citations) helped shift the field toward reduced-tissue-disruption techniques, fundamentally altering neurosurgical practice. Beyond the operating room, Rosenfeld’s 2020 study on global surgery and mass casualties (23 citations) introduced cost-effective trauma-care models adapted from low- and middle-income countries, addressing disparities in acute surgical access. His 2024 update on neurosurgery and BCIs continues to shape this rapidly evolving field. With a career spanning decades, Rosenfeld’s work has garnered hundreds of citations, reflecting his dual impact: advancing neurotechnological frontiers while championing equitable surgical care worldwide. His research exemplifies how neurosurgeons can lead innovations that restore function, minimize invasiveness, and extend life-saving care across resource settings.