Alexander A. Doinikov

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About

Alexander A. Doinikov is a leading figure in theoretical and computational acoustics, with a primary focus on the physics of acoustic cavitation, microbubble dynamics, and their biomedical applications. His work has fundamentally advanced the understanding of how ultrasound interacts with microbubbles, particularly in the context of contrast-enhanced imaging and targeted drug delivery. Doinikov’s major contributions include developing rigorous mathematical models for the nonlinear oscillations and translation of coated microbubbles, which are essential for optimizing ultrasound contrast agents. His research on the acoustic propulsion and self-assembly of microbubbles, as highlighted in his highly cited 2023 paper (45 citations), demonstrates controlled microparticle mobility with profound implications for micro-robotics and microfluidics. With over 4,000 total citations, his work has shaped both fundamental acoustics and practical therapeutic ultrasound techniques. He is also recognized for his pioneering studies on the radiation forces exerted by ultrasound on particles and cells, bridging the gap between theory and experimental biophysics. Doinikov’s models are widely used in the design of next-generation ultrasound therapies and diagnostic tools, making him a key authority in the field.