The sensing performance of two types of electromagnetic surface waves are compared, a Surface Plasmon Polariton, where a gold thin film is used, being a standard material in biosensing applications; and a Bloch Surface Wave, using a photonic crystal made of a stack of silica and titanium dioxide layers. It is verified that the sensing performance (as measured by the Figure of Merit) of the gold film is higher, even though the Bloch Surface Waves can serve specific applications due to its narrow bandwidth. At the same time, it is concluded that further research must be made in order to choose the right set of parameters that maximize the Bloch Surface Wave performance
We exploit the properties of surface electromagnetic waves propagating at the surface of finite one ...
Biosensors based on surface plasmons have shown to be reliable and highly sensitive platforms. Here ...
Resonant propagating waves created on the surface of a dielectric multilayer stack, called Bloch sur...
We report on the direct experimental comparison of the sensitivity and figure of merit of biosensors...
One factor limiting the performance of Surface Plasmon Resonance (SPR) biosensors is the width of th...
Bloch surface waves (BSW) propagating at the surface of truncated, one-dimensional crystals are vali...
Bloch surface wave (BSW) sensors to be used in biochemical analytics are discussed in angularly res...
We report on the experimental characterization of the peculiar properties of surface electromagnetic...
A one-dimensional photonic crystal (PhC) with termination by a metal film—a plasmonic photonic-cryst...
Sensors using surface plasmon resonance (SPR) are established as themethod of choice in label-free o...
International audienceIn photonics, the field concentration and enhancement have been major objectiv...
The total internal reflection ellipsometry (TIRE) method was used for the excitation and study of th...
Sensors using surface plasmon resonance (SPR) are established as the method of choice in label-free ...
Surface plasmon Resonance (SPR) has recently been of interest for label-free voltage sensing. Severa...
The Ph.D. thesis is focused on the development of a label-free optical biosensor based on the excita...
We exploit the properties of surface electromagnetic waves propagating at the surface of finite one ...
Biosensors based on surface plasmons have shown to be reliable and highly sensitive platforms. Here ...
Resonant propagating waves created on the surface of a dielectric multilayer stack, called Bloch sur...
We report on the direct experimental comparison of the sensitivity and figure of merit of biosensors...
One factor limiting the performance of Surface Plasmon Resonance (SPR) biosensors is the width of th...
Bloch surface waves (BSW) propagating at the surface of truncated, one-dimensional crystals are vali...
Bloch surface wave (BSW) sensors to be used in biochemical analytics are discussed in angularly res...
We report on the experimental characterization of the peculiar properties of surface electromagnetic...
A one-dimensional photonic crystal (PhC) with termination by a metal film—a plasmonic photonic-cryst...
Sensors using surface plasmon resonance (SPR) are established as themethod of choice in label-free o...
International audienceIn photonics, the field concentration and enhancement have been major objectiv...
The total internal reflection ellipsometry (TIRE) method was used for the excitation and study of th...
Sensors using surface plasmon resonance (SPR) are established as the method of choice in label-free ...
Surface plasmon Resonance (SPR) has recently been of interest for label-free voltage sensing. Severa...
The Ph.D. thesis is focused on the development of a label-free optical biosensor based on the excita...
We exploit the properties of surface electromagnetic waves propagating at the surface of finite one ...
Biosensors based on surface plasmons have shown to be reliable and highly sensitive platforms. Here ...
Resonant propagating waves created on the surface of a dielectric multilayer stack, called Bloch sur...