NOVEL METHOD FOR GENERATING ELECTROMAGNETIC VORTEX WAVE

A Novel Toolbox for Generating Realistic Biological Cell Geometries for Electromagnetic Microdosimetry

Researchers in bioelectromagnetics often require realistic tissue, cellular and sub-cellular geometry models for their simulations. However, biological shapes are often extremely irregular, while conventional geometrical modeling tools on the market cannot meet the demand for fast and efficient construction of irregular geometries. We have designed a free, user-friendly tool in MATLAB that comb...

A Novel Method for Generating Approximate Wavefunctions

Abstract Molecular Hamiltonians are constituted by momentum operators (e.g. kinetic energy and interaction with electro-magnetic radiation), local potential operators (e.g. electron-electron coulomb, electron-nucleus and electron-external field interactions) and spin operators. In general the effect of transformations that generate states from a reference state is to destroy this form. Here it ...

Novel Method for Generating Long-Range Correlations

A b s t r a c t We propose an algorithm to generate a sequence of numbers with long-range power-law correlations which is well-suited for large systems. Starting with a set of random uncorrelated variables, we modify its Fourier transform to get a new sequence with longrange correlations. By mapping the variables to a one dimensional random walk problem we find analytical and numerical evidence...

Local spectral time-domain method for electromagnetic wave propagation.

We explore the feasibility of using a local spectral time-domain (LSTD) method to solve Maxwell's equations that arise in optical and electromagnetic applications. The discrete singular convolution (DSC) algorithm is implemented in the LSTD method for spatial derivatives. Fourier analysis of the dispersive error of the DSC algorithm indicates that its grid density requirement for accurate simul...

Experimental Method of Generating Electromagnetic Gaussian Schell-model Beams Thesis