We review recent theoretical progress in understanding physical processes of composite
effects on enhanced third-order nonlinear optical responses of various kinds of the recently …

Over the last century a number of techniques have been developed which allow the
measurement of the dielectric properties of biological particles in fluid suspension. The …

Recent advances in the bio-and nanotechnologies have led to the development of novel
microsystems for bio-particle separation and analysis. Microsystems are already …

In this study we report on an experimental method based on dielectrophoretic analysis to
identify changes in four Escherichia coli isogenic strains that differed exclusively in one …

The advances in thermal metamaterials and their applications have revolutionized how we
can manipulate thermal transport behavior. The challenging inverse design problems of …

Electrical properties of biological cells are useful to distinguish cells, either in their
homogenous or heterogenous populations. They provide insight into the health, geometry …

Anisotropic dielectric response occurs naturally due to the presence of gradation, like in
functionally graded materials or graded biological cells. However, these materials with …

We report the positive dielectrophoretic (pDEP) characterization of wild-type and ethambutol-
treated Mycobacterium smegmatis populations via automated pDEP cell trap** …

The effective linear and third-order nonlinear susceptibility of graded metallic films with weak
nonlinearity have been investigated. Due to the simple geometry, we were able to derive …

We have studied the effective response of composites of spherical particles each having a
dielectric profile which varies along the radius of the particles. We developed a first …