An experimental setup is proposed in order to evaluate the effect of Casimir forces between two parallel plates, separated by a sub-micron gap. The results of the performed tests are critically evaluated by comparison with theoretical predictions, account taken of some peculiar features of Casimir forces for finite thickness silicon slabs. The obtained results suggest that Casimir forces could play an important role for micro and nano devices
We measure the Casimir force gradient between silicon surfaces with nanoscale, rectangular corrugati...
The Casimir force, named after the Dutch physicist who predicted in 1948 the existence of this attra...
New experiments are discussed on measuring the Casimir force between metallic surfaces. One of them ...
An experimental setup is proposed in order to evaluate the effect of Casimir forces between two par...
Quantum fluctuations give rise to van der Waals and Casimir forces that dominate the interaction bet...
Ever since its prediction, experimental investigation of the Casimir force has been of great scienti...
International audienceWe present calculations of the Casimir force between silicon and gold slabs of...
We present improved Casimir effect measurements. The attractive force between a metallized sphere an...
In this thesis, our efforts to show the effect of surface composition, roughness, and electrostatic ...
We report on the measurement of the Casimir force between conducting surfaces in a parallel configur...
The Casimir Effect is a physical manifestation of quantum fluctuations of the electromagnetic vacuum...
In microelectromechanical systems (MEMS), parallel plate structures with sub-micron separation have ...
Quantum mechanics teaches us that vacuum is not empty. Rather, it contains all kinds of virtual part...
In this thesis we deal with the analysis and measurement of dispersive surface forces, specifically ...
We have accomplished the investigation that how self-affine roughness can affect the lateral Casimir...
We measure the Casimir force gradient between silicon surfaces with nanoscale, rectangular corrugati...
The Casimir force, named after the Dutch physicist who predicted in 1948 the existence of this attra...
New experiments are discussed on measuring the Casimir force between metallic surfaces. One of them ...
An experimental setup is proposed in order to evaluate the effect of Casimir forces between two par...
Quantum fluctuations give rise to van der Waals and Casimir forces that dominate the interaction bet...
Ever since its prediction, experimental investigation of the Casimir force has been of great scienti...
International audienceWe present calculations of the Casimir force between silicon and gold slabs of...
We present improved Casimir effect measurements. The attractive force between a metallized sphere an...
In this thesis, our efforts to show the effect of surface composition, roughness, and electrostatic ...
We report on the measurement of the Casimir force between conducting surfaces in a parallel configur...
The Casimir Effect is a physical manifestation of quantum fluctuations of the electromagnetic vacuum...
In microelectromechanical systems (MEMS), parallel plate structures with sub-micron separation have ...
Quantum mechanics teaches us that vacuum is not empty. Rather, it contains all kinds of virtual part...
In this thesis we deal with the analysis and measurement of dispersive surface forces, specifically ...
We have accomplished the investigation that how self-affine roughness can affect the lateral Casimir...
We measure the Casimir force gradient between silicon surfaces with nanoscale, rectangular corrugati...
The Casimir force, named after the Dutch physicist who predicted in 1948 the existence of this attra...
New experiments are discussed on measuring the Casimir force between metallic surfaces. One of them ...