Add to ORKGWe report radiation force measurements to a precision of 100 femto-Newton using a high Q torsion balance oscillator. The opto-mechanically coupled oscillator can be cooled down to a temperature of 300 milli-Kelvin. (C) 2007 Optical Society of Americ
International audienceThis paper describes a radiation pressure meter based on a diamagnetic spring....
This dataset is associated with "Radiation pressure measurement using a macroscopic oscillator in an...
Abstract: Center for Measurement Standards has established a system to probe micro force down to nan...
The measurement of very small light forces has wide applications in many fields of physics. A common...
A mechanical force sensor coupled to two optical cavities is developed as a metrological tool. This ...
High-accuracy power measurement of high-power lasers has traditionally involved the absorption of (i...
We demonstrated high-sensitivity measurement of photo-radiation pressure by applying frequency modul...
It has been over 100 years since the first conclusive demonstration of radiation pressure by Lebe-de...
At the beginning of last century Einstein derived the statistics of the radiation pressure force flu...
A general analysis of thermal noise in torsion pendulums is presented. The specific case where the t...
One aim of this work is to actively reduce the intrinsic noise in a sensitive torsion balance oscill...
L'étude du couplage optomécanique, soit l'interaction entre un résonateur mécanique et la lumière ve...
We demonstrate how dynamical backaction of radiation pressure can be exploited for passive laser-coo...
We study how a cavity with a movable mirror can be used to measure very small displacements The use ...
In recent year with the advent of optomechanics, physics has gained a new powerful tool for small di...
International audienceThis paper describes a radiation pressure meter based on a diamagnetic spring....
This dataset is associated with "Radiation pressure measurement using a macroscopic oscillator in an...
Abstract: Center for Measurement Standards has established a system to probe micro force down to nan...
The measurement of very small light forces has wide applications in many fields of physics. A common...
A mechanical force sensor coupled to two optical cavities is developed as a metrological tool. This ...
High-accuracy power measurement of high-power lasers has traditionally involved the absorption of (i...
We demonstrated high-sensitivity measurement of photo-radiation pressure by applying frequency modul...
It has been over 100 years since the first conclusive demonstration of radiation pressure by Lebe-de...
At the beginning of last century Einstein derived the statistics of the radiation pressure force flu...
A general analysis of thermal noise in torsion pendulums is presented. The specific case where the t...
One aim of this work is to actively reduce the intrinsic noise in a sensitive torsion balance oscill...
L'étude du couplage optomécanique, soit l'interaction entre un résonateur mécanique et la lumière ve...
We demonstrate how dynamical backaction of radiation pressure can be exploited for passive laser-coo...
We study how a cavity with a movable mirror can be used to measure very small displacements The use ...
In recent year with the advent of optomechanics, physics has gained a new powerful tool for small di...
International audienceThis paper describes a radiation pressure meter based on a diamagnetic spring....
This dataset is associated with "Radiation pressure measurement using a macroscopic oscillator in an...
Abstract: Center for Measurement Standards has established a system to probe micro force down to nan...