Add to ORKGAbstract Optically actuated radio frequency micro-electromechanical system (MEMS) devices are seen to self-oscillate or vibrate under illumination of sufficient strength (Aubin, Pandey, Zehnder, Rand, Craighead
Based on Sagnac effect and MEMS fabrication technique, resonator micro-optic gyro (RMOG) makes essen...
A new principle is introduced for locking the frequency of the local oscillator laser with the recei...
138 pagesMicro- and nano-scale oscillators exhibit nonlinear phenomena such as limit cycle oscillati...
This thesis presents a study of thin, planar, radio frequency MEMS resonators that are shown to sel...
Abstract—The nonlinear dynamics of micromechanical oscil-lators are explored experimentally. Devices...
Even though synchronization in autonomous systems has been observed for over three centuries, report...
A self-sustained Radiation-Pressure driven MEMS ring OptoMechanical Oscillator (RP-OMO) attaining an...
Synchronization phenomenon first discovered in Huygens’ clock shows that the rhythms of oscillating ...
We develop a miniaturized electrostatically tunable optomechanical oscillator, whose frequencies can...
We examine the dynamics of nanoscale bridge resonators fabricated from SOI wafers. When illuminated ...
High-quality-factor optical microresonators have emerged as a verstatile tool in studying light-matt...
We examine the dynamics of nanoscale bridge resonators fabricated from SOI wafers. When illuminated ...
Advances in optomechanics have enabled significant achievements in precision sensing and control of ...
Cavity optoelectromechanical systems combine the benefits of ultrasensitive motion transduction and ...
This is the preprint version of the paper in which we engineer mechanical gain (loss) in system form...
Based on Sagnac effect and MEMS fabrication technique, resonator micro-optic gyro (RMOG) makes essen...
A new principle is introduced for locking the frequency of the local oscillator laser with the recei...
138 pagesMicro- and nano-scale oscillators exhibit nonlinear phenomena such as limit cycle oscillati...
This thesis presents a study of thin, planar, radio frequency MEMS resonators that are shown to sel...
Abstract—The nonlinear dynamics of micromechanical oscil-lators are explored experimentally. Devices...
Even though synchronization in autonomous systems has been observed for over three centuries, report...
A self-sustained Radiation-Pressure driven MEMS ring OptoMechanical Oscillator (RP-OMO) attaining an...
Synchronization phenomenon first discovered in Huygens’ clock shows that the rhythms of oscillating ...
We develop a miniaturized electrostatically tunable optomechanical oscillator, whose frequencies can...
We examine the dynamics of nanoscale bridge resonators fabricated from SOI wafers. When illuminated ...
High-quality-factor optical microresonators have emerged as a verstatile tool in studying light-matt...
We examine the dynamics of nanoscale bridge resonators fabricated from SOI wafers. When illuminated ...
Advances in optomechanics have enabled significant achievements in precision sensing and control of ...
Cavity optoelectromechanical systems combine the benefits of ultrasensitive motion transduction and ...
This is the preprint version of the paper in which we engineer mechanical gain (loss) in system form...
Based on Sagnac effect and MEMS fabrication technique, resonator micro-optic gyro (RMOG) makes essen...
A new principle is introduced for locking the frequency of the local oscillator laser with the recei...
138 pagesMicro- and nano-scale oscillators exhibit nonlinear phenomena such as limit cycle oscillati...