Fadi baida's Publications List

Split field-fdtd method for oblique incidence study of periodic dispersive metallic structures

2010-03-06T20:43:09Z

F I Baida, A Blekhir (2009) Opt. Lett. 34: 2453-2455

Superfocusing and Light Confinement by Surface Plasmon Excitation Through Radially Polarized Beam

2010-03-06T20:43:09Z

F I Baida, A Belkhir (2009) Plasmonics 4: 51-54

Extraordinary transmission beyond the cut-off through sub-k annular aperture arrays

2010-03-06T20:43:09Z

F I Baida, Y Poujet, J Salvi, D Van Labeke, B Guizal (2009) Optics Commun. 282: 1463-1466

Linear to radial polarization conversion in the THz domain using a passive system

2010-03-06T20:43:09Z

T Grosjean, F Baida, R Adam, J Guillet, L Billot, P Nouvel, J Torres, A Penarier, D Charraut, L Chusseau (2008) Opt. Express 16: 18895-18909

Optical far-field and near-field observations of the strong angular dispersion in a lithium niobate photonic crystal superprism designed for double passive and active demultiplexer applications

2010-03-06T20:43:09Z

S Diziain, J Amet, F I Baida, Maria-Pilar Bernal (2008) Appl. Phys. Lett. 93:

The superprism effect in lithium niobate photonic crystals for ultra-fast, ultra-compact electro-optical switching

2010-03-06T20:43:09Z

J Amet, F I Baida, G W Burr, M P Bernal (2008) Photon. Nanostruct. 6: 45-58

BOR-FDTD Analysis of Guided Modes in Sub-edwavelength Coaxial Metallic Waveguides

2010-03-06T20:43:09Z

A Belkhir, F I Baida, D Van Labeke, O Lamrous (2008) Afr. Phys. Rev. 2:

Three-dimensional finite-difference time-domain algorithm for oblique incidence with adaptation of perfectly matched layers and nonuniform meshing : Application to the study of a radar dome

2010-03-06T20:43:09Z

A Belkhir, F I Baida (2008) Phys. Rev. E 77:

Conical optics : the solution to confine light

2010-03-06T20:43:09Z

T Grosjean, F Baida, and D Courjon (2007) Appl. Opt. 46: 1994-2000

The superprism effect in lithium niobate photonic crystal for ultrafast, ultracompact electro-optical switching

2010-03-06T20:43:09Z

M -P. Bernal, F I Baida J. Amet, G. W. Burr (2007) :

90% Extraordinary optical transmission in the visible range through annular aperture metallic arrays

2010-03-06T20:43:09Z

Y Poujet, J Salvi, F I Baida (2007) Optics Lett. 32: 2942-2944

Experimental and theoretical observation of the slow light effect on a tunable photonic crystal

2010-03-06T20:43:09Z

M Roussey, F Baida, M P Bernal (2007) J. Opt. Soc. Am. B 24: 6 1416-1422

Enhanced electro-optic tuning in lithium niobate photonic crystals : the role of slow light

2010-03-06T20:43:09Z

M P Bernal, M Roussey, J Amet, F I Baida, G W Burr (2007) :

Enhanced transmission through subwavelength metallic coaxial apertures by excitation of the TEM mode

2010-03-06T20:43:09Z

F I Baida (2007) Applied Phys. B 89: 2-3 145-149

Numerical analysis of a slit-groove diffraction problem

2010-03-06T20:43:09Z

M Besbes, J P Hugonin, P Lalanne andS. van Haver, O T A Janssen, A M Nugrowati, M Xu, S F Pereira, H P Urbach, A S van de Nes, P Bienstman, G Granet, A Moreau, S Helfert, M Sukharev, T Seideman, F Baida, B Guizal, D van Labeke (2007) J. Europ. Opti. Soc. 2:

Enhancement of the Pockels effect by slow light in lithium niobate photonic crystals : 3-D simulation

2010-03-06T20:43:09Z

M -P. Bernal, G W Burr, M. Roussey, F. I. Baida (2007) :

An angle-independent Frequency Selective Surface in the optical range

2010-03-06T20:43:09Z

D Van Labeke, D GÃ©rard, B Guizal, F I Baida, L Li (2006) Opt. Express 14: 25 11945-11951

Subwavelength metallic coaxial waveguides in the optical range : Role of the plasmonic modes

2010-03-06T20:43:09Z

F I Baida, A Belkhir, D Van Labeke, O Lamrous (2006) Phys. Rev. B 74: 20

Angular dependence of the transmission through Annular Aperture Arrays

2010-03-06T20:43:09Z

F I Baida, B Guizal, D GÃ©rard D. Van Labeke (2006) :

Electro-optic effect exaltation on lithium niobate photonic crystals due to slow photons

2010-03-06T20:43:09Z

M Roussey, M P Bernal, N Courjal, D Van Labeke, F I Baida, R Salut (2006) Appl. Phys. Lett. 89:

FDTD modelling of a realistic SNOM probe

2010-03-06T20:43:09Z

F I Baida, D Van Labeke T. Laroche (2006) :

Super-transmission of light through subwavelength annular apertures arrays in metallic films : spectral analysis and near-field optical images in the visible range

2010-03-06T20:43:09Z

Y Poujet, M Roussey, J Salvi, F I Baida, D Van Labeke, A Perentes, C Santschi, P Hoffmann (2006) Photon. Nanostruct. 4: 47-56

Plasmonic guided modes in subwavelength coaxial metallic waveguides

2010-03-06T20:43:09Z

D Van Labeke, F I Baida A. Belkhir, O Lamrous (2006) :

Three-dimensional finite-difference time-domain study of enhanced second-harmonic generation at the end of a apertureless scanning near-field optical microscope metal tip

2010-03-06T20:43:09Z

Thierry Laroche, Fadi Issam Baida, Daniel Van Labeke (2005) J. Opt. Soc. Am. B 22: 1045-1051

Fabrication of Arrays of Sub-Wavelength Nano-Apertures in an Optically Thick Gold Layer on Glass Slides for Optical Studies

2010-03-06T20:43:09Z

A Perentes, I Utke, B Dwir, M Leutenegger, T Lasser, P Hoffmann, F Baida, M P Bernal, M Roussey, J Salvi, D Van Labeke (2005) Nanotechnology 16: 5

Transmission Ã travers des structures submicroniques

2010-03-06T20:43:09Z

B Guizal, D Van Labeke, F I Baida (2005) :

Experimental and theoretical characterization of a lithium niobate photonic crystal.

2010-03-06T20:43:09Z

M Roussey, M P Bernal, N Courjal, F I Baida (2005) Appl. Phys. Lett. 87:

New design for enhanced transmission and polarization control through near-field optical microscopy probes

2010-03-06T20:43:09Z

F I Baida, Y Poujet, B Guizal, D Van Labeke (2005) Optics Commun. 256: 190-195

Annular Apertures Arrays (AAA) : First Study in the Visible Region of the Electromagnetic Spectrum

2010-03-06T20:43:09Z

J Salvi, M Roussey, F I Baida, M P Bernal, A Mussot, T Sylvestre, H Maillotte, D Van Labeke, A Perentes, I Utke, C Sandu, P Hoffmann, B Dwir (2005) Opt. Lett. 30: 13 1611-1613

Optical properties of sub-wavelength gold coupled nanoparticles : linear and non linear studie.

2010-03-06T20:43:09Z

A Lesuffleur, B Guizal, P Gogol, F Baida, D Van Labeke, B Bartenlian, P Beauvillain (2005) :

Study of transmission through annular apertures arrays by use of the highly improved Fourier modal methode

2010-03-06T20:43:09Z

B Guizal, D Van Labeke, L Li, F I Baida (2005) :

Plasmonique de nanostructures mÃ©talliques sur silicium

2010-03-06T20:43:09Z

A Lesuffleur, B Guizal, F Baida, B Bartenlian, P Beauvillain, A Brun, P Georges, P Gogol, D Van Labeke (2005) :

Waveguiding Through a Two-Dimensional Metallic Photonic Crystal

2010-03-06T20:43:09Z

F Baida, D Van Labeke, Y Pagani, B Guizal, M Al Naboulsi (2004) J. Microscopy 213: 2 144-148

Origin of the super-enhanced light transmission through a 2-D metallic annular aperture array : a study of photonic bands

2010-03-06T20:43:09Z

F I Baida, D Van Labeke, G Granet, A Moreau, A Belkhir. (2004) Applied Phys. B 79: 1 1-8

Coupling Between Surface Plasmon Modes on Metal Films

2010-03-06T20:43:09Z

J Seidel, F I Baida, L Bischoff, B Guizal, S Grafstrom, D Van Labeke, L M Eng (2004) Phys. Rev. B 69:

A New Strucutre for Enhanced Transmission Through a 2D Metallic Grating

2010-03-06T20:43:09Z

D Van Labeke, F I Baida, J M Vigoureux (2004) J. Microscopy 213: 2 140-143

Application of the rigourous coupled wave method to model the aperturless near field microscope

2010-03-06T20:43:09Z

B Guizal, D Van Labeke, F I Baida, F Tolno (2004) :

Light transmission by sub-wavelength annular aperture arrays in metallic films

2010-03-06T20:43:09Z

B Guizal, F Baida, D Van Labeke (2004) :

Body-of-Revolution FDTD Simulations of Improved Tip Performance for Scanning Near-Field Optical Microscopes

2010-03-06T20:43:09Z

Recently, it has been proposed to attach a nanometric metallic sphere at the apex of a scanning near-.eld optical microscope (SNOM) tip in order to enhance its e.ciency [Appl. Phys. Lett. 76 (15) (2000) 2134]. In this paper, we use a home-made body-of-revolution FDTD code to compare the emission of conventional metal coated tip with and without this nanoparticle. In both cases, our calculation est...

F I Baida, D Van Labeke, Y Pagani (2003) Optics Communications 255: 241-252

Light Transmission by Subwavelength Square Coaxial Aperture Arrays in Metallic Films

2010-03-06T20:43:09Z

A Moreau, G Granet, F I Baida, D Van Labeke (2003) Opt. Express 11: 10 1131-1136

Super-Transmission et Confinement Angulaire À la Traversée D’un Trou Unique Sub-Longueur D’onde

2010-03-06T20:43:09Z

Fadi Baida, Daniel Van Labeke, Brahim Guizal (2003) :

Enhanced Confined Light Transmission by Single Subwavelength Metallic Apertures

2010-03-06T20:43:09Z

F I Baida, D Van Labeke, B Guizal (2003) Appl. Opt. 42: 34 6811-6815

Three–Dimensional Structures for Enhanced Transmission Through a Metallic Film : Annular Aperture Arrays

2010-03-06T20:43:09Z

F I Baida, D Van Labeke (2003) Phys. Rev. B 67:

Diffraction D’un Plasmon de Surface Par Une Ouverture Dans un Film Métallique

2010-03-06T20:43:09Z

T Laroche, F I Baida, B Guizal, D Van Labeke (2003) :

Analyse Modale de la Transmission Extraordinaire D’un Réseau Bidimensionnel Des Trous Coaxiaux Dans un Film Métallique

2010-03-06T20:43:09Z

G Granet, Antoine Moreau, Fadi Baida, Daniel Van Labeke (2003) :

Modal Analysis of Light Transmission by Subwavelenght Square Coaxial Aperture Arrays in Metallic Films

2010-03-06T20:43:09Z

Gérard Granet, Antoine Moreau, Fadi Baida, Daniel Van Labeke. (2003) :

A New Structure for Enhanced Transmission Through a 2D Metallic Grating

2010-03-06T20:43:09Z

F I Baida, D Van Labeke (2002) :

Diffraction Hysteresis Loop Modeling in Magneto-Optical Gratings

2010-03-06T20:43:09Z

Y Pagani, D Van Labeke, B Guizal, A Vial, F Baida (2002) Optics Commun. 209: 237-244

Waveguiding Through a Two Dimensional Metallic Photonic Crystal

2010-03-06T20:43:09Z

F Baida, D Van Labeke, Y Pagani (2002) :

Nouvelle Structure Pour Améliorer la Transmissitivité D’un Réseau Métallique 2D Sub–λ

2010-03-06T20:43:09Z

F I Baida, D Van Labeke (2002) :

Light transmission by subwavelength annular aperture arrays in metalic films

2010-03-06T20:43:09Z

F I Baida, D Van Labeke (2002) Optics Commun. 209: 17-22

Plasmon Optics of Structured Silver Films

2010-03-06T20:43:09Z

A Bouhelier, Th. Huser, H Tamaru, H J Güntherodt, D W Pohl, F Baida, D Van Labeke (2001) Phys. Rev. B 63:

Propagation and Diffraction of Locally Excited Surface Plasmons

2010-03-06T20:43:09Z

With the use of optical near-field techniques, it is now possible to excite or observe surface plasmons with high lateral resolution. A theoretical study is presented of surface plasmon excitation by near-field optical probes and the influence of well-defined structures on surface plasmon propagation and surface plasmon detection in the far field. The generation and the diffraction of the surface ...

F I Baida, D VanLabeke, A Bouhelier, Th. Huser, D W Pohl (2001) J. Opt. Soc. Am. A 18: 7 1552-1561

Optique de champ proche et Plasmons de surface

2010-03-06T20:43:09Z

D Van Labeke, F Baida, G Parent, Y Pagani, M Al Naboulsi (2001) :

Theoretical Study of Transient Phenomena in Near-Field Optics

2010-03-06T20:43:09Z

G Parent, D Van Labeke, F I Baida (2001) J. Microscopy 202: 2 296-306

Interférence et Diffraction de Plasmons de Surface En Microscopie Optique En Champ Proche

2010-03-06T20:43:09Z

F Baida, D Van Labeke, A Bouhelier, Th. User, H Tamaru, D Pohl (2000) :

Numerical Study of the Displacement of a 3D Gaussian Beam Transmitted at Total Internal Reflection. Near–field Applications

2010-03-06T20:43:09Z

Longitudinal and transverse shifts of a light beam at total internal reflection was experimentally studied by far-field measurements on the reflected field. We propose to use a scanning tunneling optical microscope (STOM) to study these shifts in transmission, and we present a theoretical model of this proposed experiment to obtain a numerical estimation of these shifts. We study the reflection an...

F I Baida, D Van Labeke, J M Vigoureux (2000) J. Opt. Soc. Am. A 17: 5 858-866

Theoretical Study of Near-Field Surface Plasmon Excitation, Propagation and Diffraction

2010-03-06T20:43:09Z

Surface plasmons have been extensively studied by using far field techniques. Today, new experiments can be developed by using scanning probe microscopes. In optics, the tip of a scanning near-field optical microscope has been used to detect or to excite the surface plasmon in the near-field region. In this paper, we propose a theoretical study of one of these optical experiments. A 3D model of ex...

F I Baida, D Van Labeke, J M Vigoureux (1999) Optics Commun. 171: 4–6 317-331

Focalisation de L’éclairage Laser En Champ Proche : Étude Théorique 3D Des Conséquences sur la Formation Des Images

2010-03-06T20:43:09Z

F I Baida, D Barchiesi, D Van Labeke (1999) :

Near–field Surface Plasmon Microscopy. A Numerical Study of Plasmon Excitation, Propagation and Edge Interaction Using a Three–Dimensional Gaussian Beam

2010-03-06T20:43:09Z

F I Baida, D Van Labeke, J M Vigoureux (1999) Phys. Rev. B 60: 11 7812-7815

Near-Field Effects of Focused Illumination on Periodic Structures in Scanning Tunneling Optical Microscopy

2010-03-06T20:43:09Z

The influence of a focused polarized Gaussian beam on image formation was studied. We show that the position of the tip with reference to the center of the beam involves asymmetry in the intensity map. A comparison between s and p polarization can be made, owing to the definition of both a three-dimensional polarized Gaussian beam and a three-dimensional object. This result implies that the best w...

F I Baida, D Barchiesi, D Van Labeke (1999) Opt. Lett. 24: 22 1587-1589

Compact stand–alone near–field optical microscope combined with atomic force microscopy detection

2010-03-06T20:43:09Z

We present a compact stand-alone near-field optical microscope combined with force detection in which manufactured atomic force microscope (AFM) microcantilevers are used for both optical and force detection. Because of the stand-alone design, the combination allows a great variety of operation modes, including the scanning tunneling optical microscope (STOM), and possibly the reflection scanning ...

F I Baida, D Courjon, H Bielefeldt (1998) Appl. Opt. 37: 10 1808-1813

Near–Field Optical Microscopy : Fifteen Years of Existence

2010-03-06T20:43:09Z

D Courjon, M Spajer, F Baida, C Bainier, S Davy (1998) Condensed Matter News 6: 3–4 14-20

A theoretical study of near–field detection and excitation of surface plasmons

2010-03-06T20:43:09Z

D Van Labeke, F I Baida, J M Vigoureux (1998) Ultramicroscopy 71: 351-359

Réalisation d’un microscope en champ proche optique fonctionnant en mode autonome

2010-03-06T20:43:09Z

F Baida, D Courjon, H Bielefeldt (1997) : 367-370

A theoretical study of near–field excitation and detection of surface plasmons

2010-03-06T20:43:09Z

D Van Labeke, J M Vigoureux, F Baida (1997) :

Microscopie À Champ Proche Optique : Réalités et Artefacts

2010-03-06T20:43:09Z

M Spajer, D Courjon, C Bainer, F Baida, S Davy (1997) :

New compact stand–alone optical near field/AFM microscope

2010-03-06T20:43:09Z

D Courjon, F Baida, H Bielefeldt, M Spajer (1996) MECATRONICS : 216-220

Instrumentation in near field optics

2010-03-06T20:43:09Z

D Courjon, F Baida, C Bainier, D Van Labeke (1996) Optics at the Nanometer Scale - Imaging and Storing with Photonic Near Fields : 105-117

Resonant Scanning Tunneling Optical Microscope

2010-03-06T20:43:09Z

C Bainier, D Courjon, J Salvi, F Baida, C Girard, J M Vigoureux, A Castiaux (1996) Optical Inspection and Micro–Measurements 2782: 582-590

Evanescent interferometry by scanning optical tunneling detection

2010-03-06T20:43:09Z

C Bainier, D Courjon, F Baida (1996) J. Opt. Soc. Am. A 13: 2 267-275

Instrumentation in near field optics : Degree of freedom and role of polarization in near field signals

2010-03-06T20:43:09Z

D Courjon, F Baida, C Bainier, D Van Labeke (1996) :

Association d’un microscope optique en champ proche et d’un microscope à forces atomiques. Principe et réalisation

2010-03-06T20:43:09Z

F I Baida, (1995) :

Near Field Instrumentation

2010-03-06T20:43:09Z

D Courjon, F Baida, C Bainier, D Van Labeke, D Barchiesi (1995) Photons and Local Probes : 59-77

Optical characterization of nanosources used in scanning near–field optical microscopy

2010-03-06T20:43:09Z

D Van Labeke, D Barchiesi, F Baida (1995) J. Opt. Soc. Am. A 12: 4 695-703

Use of Near Field Microscopy to Analyze the Field Behavior Inside a Fabry-Pérot Cavity. Experiments and Theory

2010-03-06T20:43:09Z

D Courjon, F Baida, C Bainier, C Girard, A Deureux (1995) Scanning Probe Microscopies III 2384: 198-204

Use of Near Field Microscopy to Analyze the Field Behavior Inside a Fabry-Pérot Cavity. Experiments and Theory

2010-03-06T20:43:09Z

D Courjon, F Baida, C Bainier, C Girard, A Deureux (1995) 2384:

A theoretical model for the inverse scanning tunneling optical microscope (ISTOM)

2010-03-06T20:43:09Z

Van Labeke, F Baida, D Barchiesi, D Courjon (1995) Optics Commun. 114: 470-480

Observation of local index variations on ’flat’ objects by optical near field reflection microscopy

2010-03-06T20:43:09Z

M Spajer, D Courjon, C Bainier, O Bergossi, F Baida (1995) :

The inverse scanning near–field microscope

2010-03-06T20:43:09Z

D Barchiesi, D Van Labeke, F Baida (1995) :

The inverse scanning near–field microscope

2010-03-06T20:43:09Z

D Barchiesi, D Van Labeke, F Baida (1995) Near Field optics 8: 15-16

New Optical Near Field Developments : Some Perspectives in Interferometry

2010-03-06T20:43:09Z

D Courjon, C Bainier, F Baida, C Girard (1995) Ultramicroscopy 61: 1–4 117-125

Interférométrie et microscopie optique en champ proche, réalisation et premiers résultats

2010-03-06T20:43:09Z

F ; Baida, C Bainier, D Courjon (1994) :

Interférométrie haute résolution par microscopie optique en champ proche

2010-03-06T20:43:09Z

F Baida, C Bainier, D Courjon (1994) Microsc. Microanal. Microstruct. 5: 409-425

Microscope à Double Détection : STOM–AFM, Principe et Résultats

2010-03-06T20:43:09Z

F Baida, C Mered, D Courjon (1994) Microsc. Microanal. Microstruct. 5: 19-29

Near Field Instrumentation

2010-03-06T20:43:09Z

D Courjon, F Baida, C Bainier, D Van Labeke, D Barchiesi (1994) 300:

Nonlocal approach to scattering in a one-dimensional problem

2010-03-06T20:43:09Z

Ph. Grossel, J M Vigoureux, F Baida (1994) Phys. Rev. A 50: 5 3627-3637

New optical near field developments. Some perspectives in interferometry

2010-03-06T20:43:09Z

D Courjon, C Bainier, F Baida (1994) :

Seeing Inside a Fabry-Pérot Resonator by Means of a Scanning Tunneling Optical Microscope

2010-03-06T20:43:09Z

D Courjon, C Bainier, F Baida (1994) Optics Commun. 110: 7-12

Scanning near–field optical microscopy : an endeavourfor breaking the diffraction barrier

2010-03-06T20:43:09Z

D Courjon, F Baida, C Bainier (1994) :

New probes in near field microscopy

2010-03-06T20:43:09Z

D Courjon, F Baida (1994) :

Advances in near field optical microscopy : a few recent realizations

2010-03-06T20:43:09Z

D Courjon, M Spajer, C Bainier, F Baida (1993) : 579-582

Critical size of multiresonant optical tunnel structures. Application to non radiative effects

2010-03-06T20:43:09Z

J M Vigoureux, F Baida (1993) Optics Commun. 101: 5,6 297-302

Microscopia Optica de Effecto Tunel

2010-03-06T20:43:09Z

D Courjon, F Baida, C Bainier (1993) VER Y OIR 78: 21-27

Microscopie à double détection : STOM–AFM, principe et résultats

2010-03-06T20:43:09Z

F Baida, D Courjon (1993) :

Near field optical microscopy : a promising and complex approach of surface nano–characterization

2010-03-06T20:43:09Z

C Bainier, F Baida, D Courjon (1993) : 85-86

Combination of a fiber and a silicon nitride tip as a bifunctional detector; First results and perspectives

2010-03-06T20:43:09Z

F Baida, D Courjon, G Tribillon (1993) Near field Optics : 71-78

2010-03-06T20:43:09Z

() :

2010-03-06T20:43:09Z

() :

2010-03-06T20:43:09Z

() :

2010-03-06T20:43:09Z

() :