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Session S1: Poster Session III (1:00pm - 4:00pm)

1:00 PM, Wednesday, March 23, 2011
Room: Hall D

Sponsoring Unit: APS

Abstract ID: BAPS.2011.MAR.S1.143

Abstract: S1.00143 : Laser-Neuron Interaction with Femtosecond Beat-Modulated 800-1200 nm Photon Beams, as the Treatment of Brain Cancer Tissue. Laser Neurophysics*

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Author:

V. Alexander Stefan
(Stefan University)

I propose a novel mechanism for the brain cancer tissue treatment: nonlinear interaction of ultrashort pulses of beat-photon, ($\omega _{1}$-- $\omega _{2})$, or double-photon, ($\omega _{1}+\omega _{2})$, \footnote{ Maria Goeppert-Mayer, \textbf{\"{U}ber Elementarakte mit zwei Quantenspr\"{u}ngen}\underline {,} \textit{Ann Phys} \textbf{9}, 273, 95. (1931). } beams with the cancer tissue. The multiphoton scattering is described via photon diffusion equation. The open-scull cerebral tissue can be irradiated with the beat-modulated photon pulses with the laser irradiances in the range of a few mW/cm$^{2}$, and repetition rate of a few 100s Hz generated in the beat-wave driven free electron laser.\footnote{V. Alexander Stefan, \textbf{Laser Neurophysics.} 2010 \textbf{APS March Meeting}, V. Alexander Stefan, 2009 \textbf{APS March Meeting}; V. Stefan, B. I. Cohen, and C. Joshi, \textbf{Nonlinear Mixing of Electromagnetic Waves in Plasmas}\textit{Science} 27 January 1989: V. Alexander Stefan, \textbf{Genomic Medical Physics: A New Physics in the Making}, (S-U-Press, 2008).} This highly accurate cancer tissue ablation removal may prove to be an efficient method for the treatment of brain cancer.

*Work supported in part by Nikola Tesla Laboratories (Stefan University), La Jolla, CA.

To cite this abstract, use the following reference: http://meetings.aps.org/link/BAPS.2011.MAR.S1.143