International audienceBecause of their high surface over volume ratio, the mechanical behavior of micrometer sized structures differs from that of usual macroscopic objects. Their surface plays a key role, and this property has been proposed to devise micromechanical sensors of environmental changes. In particular, a significant effort has been put on the development of biological sensors, thus highlighting the need for a more basic understanding of coupled surface phenomena
Ultrasensitive physical, chemical and biological sensors have emerged in the last decade based on th...
AbstractMany proofs of concept studies have established the mechanical sensitivity of functionalized...
In order to increase the sensitivity of a cantilever-based biosensor, piezoresistive cantilevers wit...
International audienceThis paper derives an Euler-Bernoulli beam theory for isotropic elastic materi...
International audienceThis paper derives an Euler-Bernoulli beam theory for isotropic elastic materi...
Micro-cantilevers can be utilized as sensors primarily due to their low stiffness/high flexibility a...
International audienceThis paper derives an Euler-Bernoulli beam theory for isotropic elastic materi...
Micro-cantilevers can be utilized as sensors primarily due to their low stiffness/high flexibility a...
We demonstrate the design and optimisation of polymer-based piezoresistive cantilevers used for dete...
The main causes for the deflection of microcantilevers embedded in micromechanical biodetection syst...
International audienceBecause of their high surface over volume ratio, the mechanical behavior of mi...
International audienceBecause of their high surface over volume ratio, the mechanical behavior of mi...
International audienceThe mechanical behavior of micrometer-sized structures differs from that of us...
Microcantilever sensors are commonly used as chemical and biological sensors. Interactions between t...
Ultrasensitive physical, chemical and biological sensors have emerged in the last decade based on th...
Ultrasensitive physical, chemical and biological sensors have emerged in the last decade based on th...
AbstractMany proofs of concept studies have established the mechanical sensitivity of functionalized...
In order to increase the sensitivity of a cantilever-based biosensor, piezoresistive cantilevers wit...
International audienceThis paper derives an Euler-Bernoulli beam theory for isotropic elastic materi...
International audienceThis paper derives an Euler-Bernoulli beam theory for isotropic elastic materi...
Micro-cantilevers can be utilized as sensors primarily due to their low stiffness/high flexibility a...
International audienceThis paper derives an Euler-Bernoulli beam theory for isotropic elastic materi...
Micro-cantilevers can be utilized as sensors primarily due to their low stiffness/high flexibility a...
We demonstrate the design and optimisation of polymer-based piezoresistive cantilevers used for dete...
The main causes for the deflection of microcantilevers embedded in micromechanical biodetection syst...
International audienceBecause of their high surface over volume ratio, the mechanical behavior of mi...
International audienceBecause of their high surface over volume ratio, the mechanical behavior of mi...
International audienceThe mechanical behavior of micrometer-sized structures differs from that of us...
Microcantilever sensors are commonly used as chemical and biological sensors. Interactions between t...
Ultrasensitive physical, chemical and biological sensors have emerged in the last decade based on th...
Ultrasensitive physical, chemical and biological sensors have emerged in the last decade based on th...
AbstractMany proofs of concept studies have established the mechanical sensitivity of functionalized...
In order to increase the sensitivity of a cantilever-based biosensor, piezoresistive cantilevers wit...