LIMU member Anastasia Kvashennikova successfully defended her PhD thesis!

On December 23rd, 2024, a LIMU fellow Anastasia Kvashennikova successfully defended her PhD dissertation “Numerical modeling of difference-frequency wave generation in three-dimensional ultrasound beams at strong manifestation of the nonlinearity of the medium”. The work was carried out under the scientific supervision of Ph.D. Petr V. Yuldashev and D.Sc. Vera A. Khokhlova. Congratulations to Anastasia and her supervisors!

Read more >>

Our results on histotripsy fractionation of human brain tissues ex vivo have been published in the Q1 journal Ultrasound in Medicine and Biology

A top-rated journal Ultrasound in Medicine and Biology (Q1, IF 2.9) published our paper «Boiling histotripsy in ex vivo human brain: proof-of-concept» that contains the first results on elastic properties and resistance to histotripsy of human brain tissues. The studies were performed in collaboration with Moscow State University Clinic, Pulmonology Scientific Research Institute, and Research Institute of Human Morphology.

Read more >>

The results of our study on the mechanical dose of renal tissue ablation have been published in the Q1 journal Ultrasound in Medicine and Biology

A top-rated journal Ultrasound in Medicine and Biology (Q1, IF 2.9) has published our paper entitled «Advancing boiling histotripsy dose in ex vivo and in vivo renal tissues via quantitative histological analysis and shear wave elastography» – the results of our quantitative analysis of the stiffness of various kidney compartments and the dose required to fractionate them using boiling histotripsy method.

Read more >>

Our results of numerical research on nonlinear interactions in the field of a parametric array have been published in a top-rated journal The Journal of the Acoustical Society of America

A top-rated journal The Journal of the Acoustical Society of America (SJR Q1, IF 2.1) has published our article "Fully nonlinear three-dimensional modeling of parametric interactions in the field of a dual-frequency acoustic array" based on the results of our joint research with Gubkin Russian State University of Oil and Gas.

Read more >>