- Short-pulsed wavepacket propagation in ray-chaotic enclosures
- A random-plane-wave model for short-pulse-excited ray-chaotic enclosures
- Measurement of thermal noise in multilayer coatings with optimized layer thickness
- A study of ray-chaotic cylindrical scatterers
- Perspectives on beam-shaping optimization for thermal-noise reduction in advanced gravitational-wave interferometric detectors: Bounds, profiles, and critical parameters
- Analytic properties of a class of hyperboloidal beams in nearly-spheroidal Fabry-Perot optical cavities
- Radiation from Fibonacci-type quasiperiodic arrays on dielectric substrates
- Some electromagnetics engineering challenges in gravitational wave interferometry
- Progress and challenges developing a coating for next generation gravitational-wave detectors
- Scattering properties of one-dimensional aperiodically-ordered strip arrays based on two-symbol substitutional sequences
- Metamaterial inclusions based on grid-graph Hamiltonian paths
- Analytic structure and generalized duality relations for a family of hyperboloidal beams and supporting mirrors of potential interest for future gravitational wave detection interferometers
- Optimized multilayer dielectric mirror coatings for gravitational wave interferometers
- Grid-graph Hamiltonian-path based inclusions for artificial magnetic conductors with reduced polarization sensitivity
- Parameterizing wave interactions with aperiodic order: threads in a tapestry
- Analytic structure of a family of hyperboloidal beams of potential interest for advanced LIGO
- Metamaterial inclusions based on grid-graph Hamiltonian paths
- High-frequency/short-pulse wave dynamics in ray-chaotic scenarios: Asurvey
- Radiation properties of one-dimensional random-like antenna arrays based on Rudin-Shapiro sequences
- Parameterizing wave dynamics within a framework of `orderly disorder': Some examples
- Electromagnetic properties of space-filling wire structures based on grid-graph Hamiltonian paths: Some preliminary results
- Radiation and scattering from one-dimensional aperiodically-ordered structures based on two-letter substitutional sequences
- Wave-oriented data-processing of fields scattered by one-dimensional aperiodically-ordered structures
- Optimizing multilayered dielectric mirror coatings for thermal noise
- Parameterizing quasi-periodicity: generalized Poisson summation and its application to modified-Fibonacci antenna arrays
- Path and functional integrals in electromagnetics: Old and new
- Radiation properties of planar antenna arrays based on certain categories of aperiodic tilings
- Ray-chaotic footprints in deterministic wave dynamics: a test model with coupled Floquet-type and ducted-type mode characteristics
- Wave propagation in ray-chaotic enclosures: paradigms, oddities and examples
- Radiation properties of aperiodic-tiling planar antenna arrays
- Electromagnetic properties of aperiodic tilings: Background and preliminary new results
- Full-wave analysis of a class of ray-chaotic cylindrical geometries
- Rejection properties of stochastic-resonance-based detectors of weak harmonic signals
- High-frequency wave dynamics of ray-chaotic scatterers
- Narrow-waisted Gaussian beam algorithms for aperture-generated scattering by surfaces described by higher-order impedance boundary conditions
- Narrow-waisted Gaussian beams for aperture-generated scattering from planar conducting surfaces with complex coatings described by higher order impedance boundary conditions
- Electromagnetics in a Complex World: Challenges and Perspectives
- On wave dynamics pertaining to structures with aperiodic order
- Toward a full-wave-based electromagnetics approach to chaotic footprints in a complex deterministic environment: A test model with coupled Floquet-type and ducted-type mode characteristics
- SCRF detectors for gravitational waves
- Toward a full-wave-based electromagnetics approach to chaotic footprints in a complex deterministic environment: Preliminary results
- Full-wave propagation of short-pulse wavepackets in ray-chaotic billiards
- Ray chaos for new smart materials
- Accurate computation of leaky-wave poles for metal-backed inhomogeneous dielectric layers
- Analytical approximations for lowest-order modes in graded-index slabs using Stevenson's series and Pade' approximants
- Bouncing-ray chaos for smart media
- Efficient computation of leaky-wave poles for grounded inhomogeneous dielectric slabs
- Derivation of higher-order impedance boundary conditions for stratified coatings composed of inhomogeneous-dielectric and homogeneous-bianisotropic layers
- From mode-stirred enclosures to electromagnetic Sinai billiards: Chaotic models of reverberation enclosures
- Higher-order impedance boundary conditions for complex coatings on curved metallic objects via SDRA approach
- One-dimensional curvature effects in higher-order impedance boundary conditions for complex multi-layer coatings
- Higher-order impedance boundary conditions for inhomogeneous dielectric coatings on anisotropic impedance planes
- Higher-order impedance boundary conditions for complex layered planar coatings
- A model-based parameter estimation approach for numerical analysis of single-mode optical fibers
- Hybrid computation of normal mode tune shifts in rounded-rectangular pipes
- Efficient computation of electrical Laslett coefficients for rounded-rectangular pipes
- Efficient numerical analysis of arbitrary single-mode optical fibers using Padè approximants
- A generalized Donsker-Kač formula to compute the fundamental modes in complex loaded waveguides
- Evaluation of stochastic-resonance-based detectors of weak harmonic signals in additive white Gaussian noise
- A comparison between stochastic resonance and matched filtering for continuous gravitational waves detection. The PSR case
- Applications of functional integration to electromagnetic boundary value problems: A survey
- Path integral computation of lowest order modes in arbitrary-shaped inhomogeneous waveguides
- Generalized Donsker-Kac formula for dominant modes in waveguides with complicated geometries and constitutive properties
- Wiener integral Monte Carlo approach to analyze the fundamental mode in complex transmission lines
- Path integral computation of Laslett coefficients in pipes witharbitrary transverse geometry
- Cut-off frequency and dominant eigenfunction computation in complex dielectric geometries via Donsker-Kač formula and Monte Carlo method

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