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                <title xml:lang="en">Experimental evidence of nonlinear mode coupling between spherical and nonspherical oscillations of microbubbles</title>
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              <p>We  report  observations  of  strong  nonlinear  interactions  between  the  spherical,  translational,  and  shape oscillations of micrometer-size bubbles. This is achieved through high-speed recordings of single bubble dynamics driven  by  amplitude-modulated  ultrasound.  The  features  of  mode  coupling  are  highlighted  through  (i)  the exponential growth of the parametrically excited mode (n=3) triggered by the spherical oscillations followed by a saturation due to energy transfer towards the translation and even modes, (ii) the excitation of modes well below their parametric pressure threshold, and (iii) clear modification of the breathing mode R(t). These results are compared to recent theories accounting for nonlinear mode coupling, providing predictions in agreement with the observed bubble dynamics.</p>
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