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Optomechanics with silicon nanowires by harnessing confined electromagnetic modes

AutorRamos Vega, Daniel ; Gil-Santos, Eduardo ; Pini, Valerio ; Llorens Montolio, José Manuel ; Fernández-Regúlez, Marta; San Paulo, Álvaro ; Calleja, Montserrat ; Tamayo de Miguel, Francisco Javier
Fecha de publicación2012
EditorAmerican Chemical Society
CitaciónNano Letters 12(2): 932-937 (2012)
ResumenThe optomechanical coupling that emerges in an optical cavity in which one of the mirrors is a mechanical resonator has allowed sub-Kelvin cooling with the prospect of observing quantum phenomena and self-sustained oscillators with very high spectral purity. Both applications clearly benefit from the use of the smallest possible mechanical resonator. Unfortunately, the optomechanical coupling largely decays when the size of the mechanical system is below the light wavelength. Here, we propose to exploit the optical resonances associated to the light confinement in subwavelength structures to circumvent this limitation, efficiently extending optomechanics to nanoscale objects. We demonstrate this mechanism with suspended silicon nanowires. We are able to optically cool the mechanical vibration of the nanowires from room temperature to 30-40 K or to obtain regenerative mechanical oscillation with a frequency stability of about one part per million. The reported optomechanical phenomena can be exploited for developing cost-optimized mass sensors with sensitivities in the zeptogram range. © 2012 American Chemical Society.
Versión del editorhttp://dx.doi.org/10.1021/nl204002u
URIhttp://hdl.handle.net/10261/51369
DOI10.1021/nl204002u
Identificadoresissn: 1530-6984
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