Meng‐Xing Tang

This paper introduces a new ultrasound beamforming algorithm that improves image contrast and resolution while maintaining computational efficiency.

This paper introduces DSR, an ultrasound imaging method that super-resolves individual cells using acoustic deactivation of genetically encoded contrast agents, demonstrating its ability to localize mammalian cells beyond conventional resolution.

This paper develops a method to accurately identify motoneuron discharges from ultrasound images across the full muscle cross-section, achieving high agreement with surface EMG decomposition.

The paper introduces a method to generate arbitrary photoacoustic wavefronts using optical holograms and laser pulses, demonstrating beam steering in four directions.

This paper demonstrates that full-waveform inversion can generate high-resolution 3D brain images using transcranial ultrasound, overcoming limitations of existing neuroimaging methods.