Welcome to the website of the Laboratory for Industrial and Medical Ultrasound!

We tackle various problems of medical diagnostics, therapy and surgery, aeroacoustics, general wave physics, and industrial applications of acoustic waves

Nonlinear wave physics

Nonlinear acoustics equations, broadband signals in nonlinear media, acoustic radiation force

Mechanical tissue disintegration with focused ultrasound (histotripsy)

Development of non-invasive methods for treating tumors, hematomas and neurological diseases

Ultrasound for non-invasive neurosurgery

Development of non-invasive treatment modalities for brain tumors and neurodegenerative diseases

Parametric (directional) sound radiation

Development of numerical algorithms, transducer design

Numerical modeling in acoustics

Software development, acceleration of numerical experiments, parametric sound radiation and nonlinear problems of aeroacoustics

Ultrasonic methods in diagnostics and therapy of the brain

Aberration correction, expansion of available brain area, ultrasound brain diagnostics

Design of high-power ultrasonic phased arrays

Numerical modeling, transducer design, numerical and experimental characterization of the produced fields

Propagation of sound waves in inhomogeneous media

Numerical modeling, development of optimal diagnostic and therapeutic regimes, verification experiments

Thermal ablation of tissues with focused ultrasound (HIFU)

Development of new shock-wave regimes, transducer design, numerical modeling, experiment

Acoustic holography

Development and optimization of new holography methods (fast and nonlinear), field characterization for new transducers

Ultrasonic cavitation

Theoretical and experimental research, development of methods for quantitative cavitation detection

Ultrasonic lung diagnostics

Investigation of physical mechanisms of ultrasound lung diagnostics

Industrial airborne ultrasound

Development of new transducers and their experimental and numerical characterization

Acoustic radiation force

Complex beams impact on millimeter objects, development of new methods for prediction and use of acoustic radiation force

Fragmentation and manipulation of kidney stones

Diagnostics, manipulation and fragmentation of kidney stones

Graphics processors (GPU) in modeling

Calculations optimization and numerical modeling of fields produced by transducers of varied geometry

Optical (Schlieren) visualization of ultrasound fields

Design of new experimental systems, investigation of nonlinear fields produced by transducers of varies geometry

Ultrasound in cosmetology

Development of methods using new physical mechanisms

Measurement of acoustic properties of various media

Development of new methods, design of acoustic systems, investigation of acoustic and elastic properties of various media and biotissues

Ultrasound-assisted biofabrication

Non-invasive manipulation of tissue spheroids for artificial creation of organs and vessels

Ultrasound-assisted targeted drug delivery

Transducer design and numerical modeling of their fields

LIMU research fellow Alisa Krokhmal gave a talk at the International Society for Therapeutic Ultrasound (ISTU) scientific webinar ISTU On-Air

LIMU research fellow Alisa Krokhmal presented her research work titled "Comparative study of experimental and numerical propagation of an ultrasound beam through the skull" at the April webinar of the International Society for Therapeutic Ultrasound (ISTU). The webinar featured a special session titled "Rising Scientists in Therapeutic Ultrasound" and addressed current challenges in neuromodulation.

LIMU at the conference «Lomonosov Readings – 2025»

In March-April 2025, a traditional conference "Lomonosov Readings – 2025" was held at Moscow State University, where LIMU was represented by our fellow Ekaterina Ponomarchuk with the results of our research in the field of neurosurgery in collaboration with Moscow State University Clinic within the framework of the MSU Interdisciplinary Scientific and Educational School.

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!