Antoine Widmer

Papers

Total Citations

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About

Antoine Widmer’s research focuses on the intersection of biomedical engineering and haptic simulation, particularly in the development of realistic models for medical training and diagnosis. His most cited work, “A viscoelastic model of a breast phantom for real-time palpation,” introduces a computational framework that captures the time-dependent mechanical behavior of soft tissues, enabling more accurate virtual palpation simulations. By integrating viscoelastic properties into a phantom model, Widmer addresses a critical gap in current training methods—namely, the lack of realistic tactile feedback. His contributions have direct implications for improving diagnostic skills in clinical settings, where palpation remains essential for detecting abnormalities such as tumors. With 4 citations, this paper has laid foundational groundwork for subsequent studies in haptic feedback systems and robot-assisted surgery. Widmer’s work is notable for its practical application in virtual reality (VR) training platforms, offering a scalable solution that could reduce reliance on physical phantoms. His research continues to influence the development of more immersive and effective medical simulators, bridging the gap between computational modeling and hands-on clinical education.