PROFESSIONAL STATEMENT==========================I'm MSc BSc in Physics (2001) and Physician (MPhil Medicine & Surgery,1983).Now,there are a few Physicists worldwide,who are at the same time Pysicians.This background gives me knowledge to study the Medical Problem,and carry out appropriate mathematical/computational-method for solutions and industry applications.I'm a Researcher Independent.No links to Political Parties (especially far-left/right),Union,Lobby or Religious Group (but I'm Christian & God Believer),or other Organization.And I've democratic respect towards these Institutions-Groups (but not with extremists).I base research on Rationality,Logics,Transparency,Practical Sense,& Professional Ethics.Any Political,Social criterion,or related idea is apart at work.I've nothing to do with Nottingham University,McNally,Gayrvey,Long,& Grant.Among these individuals,mainly no professional part with McNally-GarveyI'm the 1st researcher worlwide who invented-published the NUMERICAL REULEAUX METHOD (NRM).This Computational Method was made by Casesnoves,a Spanish-born Researcher (working-living at Western Democracy Market),at Biomechanics Lab,Nottingham University,2007NRM was accepted & published Internationally,‘A Monte-Carlo Optimization method for the movement analysis of pseudo-rigid bodies’ Casesnoves.10 SIAM Conference in Geometric Design & Computing,TX,USA.2007’Simulations of the NRM for Lumbar Artificial Disc Implants IRC Determination’ Casesnoves.2009 SIAM Conference in Computational Science & Engineering.MI.USA.2009‘Optimal Nonlinear Approximations & Errors Reduction in NRM for Pseudo-Rigid Bodies Dynamics’ Casesnoves.13 International Conference in Approximation Theory.TX.USA.2010'Theory & Primary Computational Simulations of the NRM' Casesnoves. Peer-reviewed Paper, accepted by International Association of Engineers,International Journal of Applied Mathematics as Peer-reviewed Conference Paper.November 3rd.2010.I rejected this accepted optionSpecialties: PHYSICIST (MSc BSc) AND PHYSICIAN================================COMPUTATIONAL BIOENGINEERING AND MEDICAL PHYSICS RESEARCHER===============================================================INVERSE APPROXIMATION METHODS AND NONLINEAR OPTIMIZATION IN BIOENGINEERING & MEDICAL PHYSICS. IMPLEMENTATION IN INDUSTRY.