Bet Smart: The Kelly System for Gambling and Investing, Stefan Hollos and Richard Hollos, Abrazol Publishing, 133 pages, 2008.

Signals from the Subatomic World: How to Build a Proton Precession Magnetometer, Stefan Hollos and Richard Hollos, Abrazol Publishing, 150 pages, 2008.

Capacitance Calculations Using the Lattice Green Function in Two Dimensions, Stefan Hollos and Richard Hollos, arXiv:cond-mat/0601016, 12 pages, Jan 2006.

The Lattice Green Function for the Poisson Equation on an Infinite Square Lattice, Stefan Hollos and Richard Hollos, arXiv:cond-mat/0509002, 6 pages, Aug 2005.

Some Square Lattice Green Function Formulas, Stefan Hollos and Richard Hollos, arXiv:cond-mat/0508779, 7 pages, Aug 2005.

C Program Magnifies Spectrum When An FFT Can't Hack It, Stefan Hollos and Richard Hollos, Electronic Design, Aug 18, 2003, p 59.

A Guide to Varactors, Stefan Hollos and Richard Hollos, Circuit Cellar, No 139, Feb 2002, p 50.

RESOLVE software library. Uses the concept of lattice Green functions for electromagnetic modeling problems. Used in our laboratory for research and development, 1997.

Analysis of a Fractal Drum, Richard Hollos, Thesis (M.S.)--University of Louisville, Department of Physics, 57 pages, 1994.

**I am co-author of software and tutorial articles that are freely available on the Exstrom Labs website:**

Chebyshev Polynomials, S. Hollos, R. Hollos, June 19, 2006.

Fourier Series Expansion of Functions in Two or More Dimensions, S. Hollos, R. Hollos, May 4, 2004.

A C Program for Spectrum Magnification: When An FFT Is Not Enough, S. Hollos, R. Hollos, Mar 28, 2003.

Calculating the Frequency Spectrum of a Signal, S. Hollos, R. Hollos, Mar 4, 2003.

A Layman's Introduction to Nuclear Magnetic Resonance, S. Hollos, R. Hollos, Aug 11, 2000.

Tutorial: Analog to Digital Converters, R. Hollos, S. Hollos, May 25, 1999.

bwbp.c, bwlp.c, rdf.c, rffr.c, dtlpf.c, tdbpf.c, tdhpf.c, fft.c - Various signal processing programs that can be downloaded at the Exstrom Labs signal processing website.

TBAND - a program for calculating and plotting electronic band structures using the Slater-Koster tight-binding method.

cheby.mac, pascal.mac - Chebyshev polynomial functions and Pascal matrix functions respectively.

**Presentations at American Physical Society (APS) meetings (Four Corners section):**

Nuclear Magnetic Resonance in the Earth's Magnetic Field, S. Hollos, R. Hollos, APS, Four Corners Meeting, Oct. 2002.

Design of a Low Cost NMR Spectrometer, S. Hollos, R. Hollos, APS, Four Corners Meeting, Sept. 2000.