Leakage of elastic waves through the anchors is commonly reported as the dominant Q-limiting mechanism in micro-resonators. Bulk mode silicon-based disk resonators are amongst the most attractive designs in literature as they could potentially offer high Q if supported from the center. However, such supporting scheme adds to the fabrication complexity and as such, side supported designs have been explored to achieve high Q for certain resonance modes
Design of high quality factor (Q) micromechanical resonators depends critically on our understanding...
Q-factor tuning in stress-engineered microresonators is presented. Bent-edge microdisks (μ-kylix), w...
International audienceTo overcome the detrimental effects of liquid environments on microelectromech...
Quality factor is one of the most important parameters for a MEMS resonator. Most MEMS resonators ar...
Quality factor is one of the most important parameters for a MEMS resonator. Most MEMS resonators ar...
This paper reports a preliminary examination of the effect of anchor geometry design on the quality ...
A disk resonator demonstrates an ultra-high-quality factor (Q ∼ 107) at room temperature. When embed...
We report on visible light emission from Si quantum dot (QD)-based optically active microdisk resona...
Cataloged from PDF version of article.In this work, we propose a novel method to increase the quali...
Using a combination of resist reflow to form a highly circular etch mask pattern and a low-damage pl...
We report on visible light emission from Si quantum dot (QD) based optically active microdisk resona...
A new fabrication methodology that allows self-alignment of a micromechanical structure to its ancho...
Design of high quality factor (Q) micromechanical resonators depends critically on our understanding...
The damping rates of high quality factor nanomechanical resonators are well beyond intrinsic limits....
We theoretically and experimentally demonstrate that the support loss of double-disk optomechanical ...
Design of high quality factor (Q) micromechanical resonators depends critically on our understanding...
Q-factor tuning in stress-engineered microresonators is presented. Bent-edge microdisks (μ-kylix), w...
International audienceTo overcome the detrimental effects of liquid environments on microelectromech...
Quality factor is one of the most important parameters for a MEMS resonator. Most MEMS resonators ar...
Quality factor is one of the most important parameters for a MEMS resonator. Most MEMS resonators ar...
This paper reports a preliminary examination of the effect of anchor geometry design on the quality ...
A disk resonator demonstrates an ultra-high-quality factor (Q ∼ 107) at room temperature. When embed...
We report on visible light emission from Si quantum dot (QD)-based optically active microdisk resona...
Cataloged from PDF version of article.In this work, we propose a novel method to increase the quali...
Using a combination of resist reflow to form a highly circular etch mask pattern and a low-damage pl...
We report on visible light emission from Si quantum dot (QD) based optically active microdisk resona...
A new fabrication methodology that allows self-alignment of a micromechanical structure to its ancho...
Design of high quality factor (Q) micromechanical resonators depends critically on our understanding...
The damping rates of high quality factor nanomechanical resonators are well beyond intrinsic limits....
We theoretically and experimentally demonstrate that the support loss of double-disk optomechanical ...
Design of high quality factor (Q) micromechanical resonators depends critically on our understanding...
Q-factor tuning in stress-engineered microresonators is presented. Bent-edge microdisks (μ-kylix), w...
International audienceTo overcome the detrimental effects of liquid environments on microelectromech...