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~~




%\begin{center}
% {\Large {\bf Curriculum vita}}
%\end{center}


%\vspace{-2ex}

%\begin{tabbing}

%{\bf Kenneth Morgan Golden} \hspace{19.5em}     \= University of Utah\\
%golden@math.utah.edu \>                          Department of Mathematics\\
%(801) 581 - 6176 (office)    \>                  155 S 1400 E RM 233 \\       
%(801) 581 - 4148 (fax)   \>                     Salt Lake City, UT 84112-0090\\
%\end{tabbing}



%\vspace{-2ex}





\begin{center}
{\large {\bf Kenneth Morgan Golden}} 
\end{center}

\vspace{1ex}

\noindent
University of Utah, Department of Mathematics   \\
155 S 1400 E RM 233, Salt Lake City, UT  84112-0090 \\
801-581-6176 (office) $\;\;$ 801-596-9328 (home)   \\
golden@math.utah.edu

\vspace{3ex}


\noindent {\bf Education}

\begin{tabbing}

\hspace{2em}\=B.A.\hspace{2em}\=1980\hspace{2em}\=Dartmouth College, Mathematics and Physics\\
\>M.S.\>1983\>New York University, Mathematics\\                         
\>Ph.D.\>1984\>New York University, Mathematics\\                          


\end{tabbing}

\vspace{-3ex}

\noindent {\bf Employment}

\begin{tabbing}
\hspace{2em}\=1984-87\hspace{5em}\=NSF Mathematical Sciences 
              Postdoctoral Fellow, Rutgers University\\
\>1987-91\>Assistant Professor of Mathematics, Princeton University\\                         
\>1991-96 \>Associate Professor of Mathematics, University of Utah\\                          
\>1996- \>Professor of Mathematics, University of Utah\\    


\>2007- \>Adjunct Professor of Bioengineering, University of Utah\\    
\end{tabbing}


\vspace{-3ex}


\noindent {\bf Professional Summary}
%\vspace{1ex}

\begin{enumerate}

\item[$\bullet$] Visiting positions held at Institut des Hautes 
                 Etudes Scientifiques, 
                 Stanford, U. Roma 1, U. Napoli,
                 Moscow Civil Engineering Institute, U. Provence 
                 Aix-Marseille 1, U. Sa\~{o} Paulo, Hong Kong
                 U. of Science and Technology, and U. Paris Nord.
\item[$\bullet$] Member of scientific expeditions studying Antarctic sea ice 
                 in 1980, 1994, 1998, 1999 and 2007; 
                 studied sea ice in the Arctic in 
                 2000, 2001, 2002, 2003, 2004 and 2007;
                 since 2003, 6 undergraduates have 
                 participated in six Arctic trips and one Antarctic voyage.
\item[$\bullet$] 
                 Served as Modeling Coordinator, overseeing theoretical research, 
                 for ONR Accelerated Research Initiative on Sea Ice 
                 Electromagnetics 1992-98, involving over 60 
                 researchers at 20 institutions.
                 %served on various NSF 
                 %panels and site reviews.
%\item[$\bullet$] Principal Investigator on 7 research grants since 1988, 
%                 on random and quasiperiodic 
%                 composite materials (NSF and AFOSR), percolation (NSF), and sea ice (ONR), 
%                 totaling \$900,000.
\item[$\bullet$] Served in the University of Utah 
     Mathematics Department
on Executive Committee $(1992-96, 2002-4)$, Faculty Hiring Committees
$(1991-93, 1999-2001)$, as Director of Undergraduate Studies $(2002-)$,
as Research Experiences for Undergraduates (REU) Program Coordinator 
$(2003-)$, and as Coordinator for Calculus classes 
$(2003-5)$ and Engineering Math classes $(1996-1998)$; Member,
               University of Utah Academic Senate $(2000-03)$,
                 Academic Senate Executive Committee
                 $(2000-02)$; Member, 
              College of Science Dean's ``Kitchen Cabinet'' $(2007-)$.

\item[$\bullet$] 2007 University Distinguished Teaching Award, 
                 University of Utah;
                 Excellence in Teaching Award, Princeton University, 1989 
\item[$\bullet$]  Member, Electromagnetics Academy 1996$-$;
                Faculty Fellow Award, University of Utah, 1994; 
                 Hertz Fellow, NYU, $1981-84$.
\item[$\bullet$] Member, Editorial Board of {\it SIAM Journal on 
          Applied Mathematics} 1996-99, Editorial Board of 
        {\it Applicable Analysis} 2004$-\;$; 
      Member, American Mathematical Society (AMS),  Society for Industrial and 
                 Applied Mathematics (SIAM), and American Geophysical Union (AGU).
%\item[$\bullet$] Graduate students: R. Sawicz, Ph.D. 1995; K. Macarthur, M.S. 1996;
%                 Current: C. Orum (Ph.D.), Z. Smith (M.S.).



\item[$\bullet$] Served as reviewer for journals in mathematics,
                 physics, engineering, and geophysics; Reviewed proposals
                 for NSF and other agencies in US and abroad; Served on 
                 panels and site reviews for NSF.



\item[$\bullet$] Presented my sea ice research and its connections
                 to climate change in the US Congress on behalf of the
                 American Mathematical Society in June 2003 
                 (AMS Exhibitor at the Coalition for National Science Funding  
                 Exhibition and Reception)
                and November 2007 (see Lectures).

         %AMS Exhibitor
         %    at the Coalition for National Science Funding (CNSF) 
         %    Exhibition and Reception, 6/17/03 on Capitol Hill in Washington DC;
         %  presented ``Mathematics of Sea Ice'' to representatives of the
         %  US Congress and White House.
         % Math REU Amy Heaton, then a sophomore, presented
         % our joint work on sea ice fluid permeability
         % (www.ams.org/government/cnsfex03.html).



\end{enumerate}


\eject

\noindent 
{\bf Research Interests:} 
Composite materials; percolation theory; 
fluid, thermal, and electromagnetic transport in sea ice;
diffusion processes;
statistical mechanics of phase transitions; inverse problems.
%\vspace{\baselineskip}
%\noindent Composite and inhomogeneous materials; homogenization; waves in random media; 
%electromagnetic phenomena; inverse problems and remote sensing; sea ice;
%percolation; porous media; transport processes;  
%phase transitions and statistical mechanics.


\vspace{2ex}                                                                          



\noindent {\bf Organizing Activities}
\vspace{1.0ex}\\
\noindent Session on Composites and Inhomogeneous Media, AMS Meeting,
          Salt Lake City 4/93          

\noindent Workshop on Modeling the Electromagnetic Properties of Sea Ice, 
          Hanover, NH 1/94

\noindent Session on Percolation Problems, SIAM Materials Meeting,
          Pittsburgh 4/94

\noindent Workshop on Disordered Media and Percolation, 
          Inst. Math. Appl. (IMA), Minneapolis 11/95

\noindent Workshop on Sea Ice Electromagnetics, Salt Lake City 1/96

\noindent Session on Inverse Problems for Composite Media, SIAM Materials Meeting,
          Phil. 5/97

\noindent Session on EM Inverse Problems, Fourth Intl. Congress on
          Industrial and Appl. Math., Edinburgh 7/99

\noindent Sixth Intl. Conf. on the Electrical Transport and Optical Properties of 
              Inhomogeneous Materials (ETOPIM6), Snowbird, UT, 7/02; Co-Chair

\noindent Random Phenomena in Applied Mathematics, Conf. in Honor of G. 
          Papanicolaou's 60th, Stanford, 1/03

\noindent Session on Electrorheological Fluids, Euro. 
          (EMS) and French Math. Societies (SMAI - SMF), Nice, 2/03

\noindent International Organizing Committee for ETOPIM7,
          Sydney, 7/06.

\noindent International Organizing Committee for ETOPIM8,
          Crete, 6/09.


\vspace{\baselineskip}


\vspace{-1ex}



\noindent
{\bf Research Grants}
\vspace{1.5ex}\\
{\parindent=0pt
\begin{tabular}{lp{5.75in}} 
1988--90  &NSF Grant DMS-8801673 (funded by NSF and AFOSR),
      Princeton University, ``Macroscopic Properties of Random and 
      Quasiperiodic Media,'' \$42,000. \\

1990--92   & AFOSR Grant AFOSR-90-0203, Princeton University,
      ``Macroscopic Properties of Random and Quasiperiodic Media,''
      \$57,000.\\ 
 
1992--93  & NSF Grant DMS-9204328 (funded by NSF and AFOSR), U. of Utah, 
      ``Mathematical Aspects of Materials Science,'' \$35,000.\\

1992--97  & ONR Grant N00014-93-10141, U. of Utah,
      ``Mathematical and Experimental Studies of the
      Electromagnetic Properties of Sea Ice,'' 
       PI: $\;$K. M. Golden,  coPI: $\;$S. A. Johnson
      (Department of Bioengineering and Center for Inverse
      Problems, Imaging and Tomography), \$379,000.\\

1993--96   & NSF Grant DMS-9307324, U. of Utah,
      ``Analysis and Optimization of the Effective Properties of
      Inhomogeneous Materials,'' PI: $\;$ K. M. Golden, 
      coPI: $\;$A. V. Cherkaev, \$135,000. \\ 

1994--99  & ONR Grant  N00014-94-10958, Univ. of Utah, AASERT
      for graduate students, ``Electromagnetic Behavior of Sea Ice
      Microstructure,'' 
      PI: $\;$K. M. Golden,  coPI: $\;$S. A. Johnson,
     \$181,000. \\

1996--00  & NSF Grant DMS-9622367, U. of Utah,
      ``Percolation in Composite Materials,'' \$72,000. \\

1997--01   & ONR Grant N00014-93-10141, 
       U. of Utah,
      ``Electromagnetic and Acoustic Scattering in the Ocean
        Environment,'' 
      PI:$\;$ K. M. Golden,  coPI:$\;$ E. Cherkaev, \$185,000.\\

1997--01  &  NSF Grant OPP-9725038, 
          U. of Utah,
      ``Percolation in Sea Ice,'' \$290,000. \\

2000--02  &  NSF Grant DMS-0076129, 
          U. of Utah,
      ``Critical Phenomena in Composite Media,'' \$35,000. \\
  
2002--03  &  NSF Grant DMS-0211211, U. of Utah,
    ``Sixth International Conference on the Electrical Transport and Optical 
      Properties of Inhomogeneous Media'' PI: $\;$K. M. Golden,  
      coPI's: $\;$S. Blair (Dept. of Electrical and Computer Eng.),
      G. W. Milton,  C. Johnson (School of Computing), 
      Z. V. Vardeny (Dept. of Physics),
      \$37,000; Also funded by Army Research Off. for \$10,000. \\

2002--06   &  NSF Grant DAS-0222171, U. of Utah and U. of Alaska,
    Collaborations in Mathematical Geosciences (CMG): 
     ``Microstructural Controls on Transport Processes in Geophysical Systems,''
     PI: $\;$K. M. Golden,  coPI: $\;$H. Eicken, U. of Alaska, Fairbanks,
     \$670,000.\\

2002--06  &  REU Supplement to 
              NSF Grant DAS-0222171, U. of Utah, \$63,000. \\

2005--08   &  NSF Grant DMS-0537015, U. of Utah,
    ``Analysis and Computation of Electromagnetic 
     Transport in Composite Materials,''
     PI: $\;$K. M. Golden,  coPI: $\;$D. Dobson,
     \$342,000.\\

2005--08  &  REU Supplement to 
              NSF Grant DMS-0537015, U. of Utah, \$61,000. \\


2006--07  &  NSF Grant DMS-0629032, U. of Utah,
    ``Electrical Transport and Optical Properties of 
       Inhomogeneous Media (ETOPIM) Conference Traveler Funding''
       PI: $\;$G. W. Milton,  
      coPI's: $\;$K. M. Golden and  Z. V. Vardeny (Dept. of Physics),
      \$19,600. \\


2006--12   &  NSF Grant DMS-0602219, U. of Utah,
    ``EMSW21-VIGRE: Vertical Integration in Mathematics at the 
     University of Utah,''
     PI: $\;$A. Bertram,  coPI: $\;$D. Dobson, Senior Personnel:
     F. Adler, E. Cherkaev, K. M. Golden, N. Korevaar, G. Savin, 
     K. Schmitt, and P. Trapa,
     \$3,500,000.\\



\end{tabular}
}


%\begin{rm}
%\addtolength{\leftmargin}{3em}
%\settowidth{\labelwidth}{1989 -- 1991xxxxxxxx}
%\noindent{\bf Research Grants}
%\vspace{1.5ex}
%\begin{enumerate}
%\item[1988] NSF Grant DMS-8801673 (funded by NSF and AFOSR),
%      Princeton University, ``Macroscopic Properties of Random and 
%      Quasiperiodic Media,'' \$42,000. -90
%\item[1990]  AFOSR Grant AFOSR-90-0203, Princeton University,
%      ``Macroscopic Properties of Random and Quasiperiodic Media,''
%      \$57,000.-92
%\end{enumerate}
%\vspace{\baselineskip}

%\end{rm}


\eject


%\vspace{1ex}



\noindent {\bf Educational Activities}
%\vspace{1ex}


\begin{enumerate}

\item[$\bullet$] Undergraduate Students: Eric Bair (Mathematics) $1992-94$; 
                 Troy Finlayson (Physics) $2001-4$;
                 Amy Heaton (Chemistry) $2002-5$; 
                 Ali Jabini (Electrical and Computer Engineering) $2002-5$; 
                 Ben Murphy (Mathematics and Physics) $2002-4$;
                 Rhett Hadley (Biology) $2002-3$; 
                 Adam Gully (Mathematics) $2004-6$;
                Olakunle Eso (Mathematics and
                  Electrical and Computer Engineering) $2004-7$; 
                 Megan Morris (Mathematics and Bioengineering) $2004-7$;
                  Kellen Petersen 
                 (Mathematics and Physics) $2006-7$;
                  Dave Arcilesi (Mathematics and Physics) $2006-7$;
                 Peter Sommerkorn (Mechanical Engineering and Mathematics) $2007-\;$.

\vspace{-0.5ex}

\item[$\bullet$] Graduate Students: R. Sawicz, Ph.D. 1995; K. Macarthur, M.S. 1996;
                 C. Orum, $1998-2000$; Ben Murphy $2004-\;$; 
                 Adam Gully $2006-\;$; M. Morris $2007-\;$.
%\vspace{-1ex}                
\item[$\bullet$] Postdocs Advised:
                 Rich McLaughlin (NSF Postdoc, Ph.D. Princeton, 1994), Yury Grabovsky
                 (Ph.D. NYU, 1995), Knut Solna (Ph.D. Stanford, 1997).


%\vspace{-1ex}
\item[$\bullet$] Graduate Courses: Methods of Applied Mathematics, Theory of Inhomogeneous
                 Materials, Percolation, Statistical Mechanics, Several Complex Variables.
%\vspace{-1ex}
\item[$\bullet$] Undergraduate Courses: Calculus, Engineering Math, Partial Differential
                 Equations.
%\vspace{-1ex}
\item[$\bullet$] Writing a {\bf Calculus textbook} 
under contract with Addison$-$Wesley, with an emphasis
on examples which illustrate
the relevance of mathematics, and
highlight
how calculus serves as the {\it operating system} of science and engineering.



\item[$\bullet$] Given numerous {\bf general lectures} over many years on sea ice,
composite materials and mathematics to a range of audiences including: 
elementary school classes from $3^{rd}$ to $6^{th}$ grades and
groups of high school students
in Utah, Alaska, Maryland and Georgia;
entering freshmen in the ACCESS program
for talented women in the sciences;
many groups of undergraduate and graduate students in math,
physical sciences and engineering, at universities in the US and
abroad;
high school math teachers; 
University donors;
Utah State legislators; local and national groups of business leaders. 

\item[$\bullet$] 
As Coordinator for our 
NSF sponsored {\bf Research Experiences for 
Undergraduates} (REU) Program, I have encouraged our faculty to
involve their REU students in projects which have the potential to lead
to publication. Prior to 2002 there were no publications in professional 
journals we know of
involving undergraduates in the Math Department. 
Since then
6 papers involving REU participants have been published
or accepted for publication, another 2 papers 
have been submitted or will
be in the near future, and several more completed REU projects
are in preparation for journal submission. Many
of our REU students have given lectures on their
work in professional and educational settings.


\item[$\bullet$] 
As {\bf Director of Undergraduate Studies} since 2002, I have led
efforts to make our program attractive to
a broader audience, with the goal of getting more undergraduates
to take more math, and more of them to become math majors and minors. 
I am currently working with our Undergraduate Curriculum Committee
to diversify our
degree offerings to also include a major in applied mathematics and
a major in statistics, and
to provide tracks of specialization within the majors for 
those students who may desire a more clearly laid-out path.
While many factors have contributed, 
the total number of math majors and pre-majors has risen 
from 158 in 2001
to 390 in 2005, 388 in 2006, and 390 in 2007.

\item[$\bullet$] 
During the 6 academic years from 2001-2 through 2006-7, I will have taught
well over 2,000 students in 15 sections of 
Calculus I, II, or III. Since
arriving at the University of Utah in 1991, 
I have taught
around {\bf 4,000 calculus students} total, mostly freshmen and sophomores.



\end{enumerate}




\eject

\noindent
{\bf Selected Invited Lectures (from over 200 conference, university, and general lectures)}
\vspace{1.0ex}\\
\begin{tabular}{@{}ll} 
%6/1985 &Conference on Mathematical Problems from the Physics of Fluids, Rome
%1/1987 &Special Session on Nonlinear P.D.E., Ann. A.M.S. Meeting, San Antonio
%2/1987 &Workshop on Random Schr\"{o}dinger Equations, U. of Arizona, Tucson
%6/1988 &Conf. on the Math. and Phys. of Order and Disorder, Bowdoin College \\
%12/1988 &SIAM Workshop on Random Media and Composites, Leesburg, VA \\
6/1989 &AMS-SIAM Summer Sem. on the Mathematics of Random Media, Blacksburg, VA \\
11/1989  &Conference on Random Partial Differential Equations, Oberwolfach \\
1/1990   & Workshop on Random Partial Differential Equations, Trieste\\ 
1/1991   & Homogenization Workshop, MSRI, Berkeley  \\        
10/1992 & Sea Ice Electromagnetics Workshop, CRREL, N.H.\\
4/1993   & Invited Address, AMS Meeting, Salt Lake City\\
7/1993   & PIERS93 (Progress in Electromagnetics Research Symposium), Cal Tech\\
8/1993   & Third International Conference on Electrical Transport and Optical 
           Properties of \\ 
         & Inhomogeneous Materials, Guanajuato, Mexico\\
9/1993   & Second Workshop on Composite Media and Homogenization Theory, Trieste\\
 4/1994   & Conf. on Emerging Issues in Math. and Comp. from the Mater. Sci., Pittsburgh\\
10/1994  & Prager Medal Symp. on Het. Solids, Soc. Eng. Sci. Ann. Meet., 
              Texas A\&M\\
%10/1994 &  Workshop on Sea Ice Electromagnetics, CRREL, NH \\
11/1994  &  Workshop on Waves in Complex and Random Media, IMA, U. of Minn.\\
6/1995   & PIERS95, Seattle\\
%10/1995  & Workshop on Sea Ice Electromagnetics, CRREL, NH\\
11/1995 & Tutorial for the Workshop on Disordered Media and Percolation, IMA, Minn.\\
%12/1995 & Fall Meeting of the Amer. Geophys. Union (invited poster), San Francisco\\
3/1996   &Workshop on the Antarctic Zone Flux (ANZFLUX) Experiment, Barcelona\\
5/1996   &1996 International Geoscience and Remote Sensing Symposium, Lincoln, NE\\
6/1996   & Conf. on Homog. and Random Media in Honor of Serguei Kozlov, 
              Marseille\\
7/1996   &PIERS96, Innsbruck\\
10/1996  &Appl. Math. Workshop for Materials Studies and Industrial Appl., Penn State\\
11/1996  &Sea Ice Electromagnetics Workshop, Universtity of Kansas, Lawrence\\
1/1997   &PIERS97, Hong Kong \\
3/1997   &Gordon Conference on Sea Ice Ecology, Ventura, CA (invited poster)\\
%3/1997   &SPIE 4th Ann. Symp. on Smart Structures and Mater., San Diego \\
5/1997  &First Congress of the Intl. Soc. for Analysis, Appl. and Comp., U. of Deleware\\
7/1997   &Plenary Address, 1997 Joint Assemblies of the Intl. Assoc. for
               the Physical Sciences of\\
         &the Oceans, and the Intl. Assoc. of Meteorolgy and 
               Atmospheric Sciences, Melbourne\\
7/1997   &Fourth International Conference on Composites Engineering, Hawaii\\
10/1998  &American Mathematical Society Meeting, Penn State\\
1/1999   &IUTAM Symp. 99/4: Mech. and Electromagnetic Waves in
               Structured Media, Sydney\\
6/1999   &Fifth International Conference on Electrical Transport and 
          Optical Properties of \\
         & Inhomogeneous Materials, Hong Kong\\
5/2000   &Plenary Lecture, Third SIAM Conf. on Math. Aspects of Materials Sci.,
              Philadelphia\\
5/2000   &Statistical Mechanics Conf. in Honor of Joel Lebowitz' 70th Birthday,
              Rutgers Univ.\\
6/2000   &International Glaciological Society Symposium on Sea Ice and its 
              Interactions with \\
          &the Ocean, Atmosphere and Biosphere, 
              Fairbanks, Alaska\\
9/2000   &International Conference on Homogenization and Materials Science,
              Akron\\
9/2000   &Distinguished Lecture Series in Mathematical and Physical 
           Sciences, NSF, Wash. D.C. \\        
5/2001   &Plenary Lecture, Hong Kong Mathematical Society, Hong Kong\\
6/2002   &Sixth International Conference on Electrical Transport and 
          Optical Properties of \\
         & Inhomogeneous Materials, Snowbird, UT\\
1/2003   &Random Phenomena in Applied Mathematics, A Conference in Honor of George \\
          &Papanicolaou's 60th Birthday, Stanford \\
2/2003   &Applied Mathematics and Applications of Mathematics, 
          European Mathematical Society \\
          &(EMS) and the French Mathematical Societies (SMAI - SMF), Nice\\
6/2004   &International Workshop on Nonlinear Waves, Hong Kong\\
10/2004  &Society for Engineering Science, Prager Medal Symposium, Lincoln, NE\\
12/2005  &International Glaciological Society
        Symposium on Sea Ice, Dunedin, New Zealand\\
7/2006   &International Conference on Antarctic Sea Ice 
         Thickness, Hobart, Tasmania\\
7/2006   &Seventh International Conference on Electrical Transport and 
          Optical Properties of \\
         & Inhomogeneous Materials, Sydney\\
3/2007   &SIAM Conference on Mathematical and 
         Computational Issues in the Geosciences, Santa Fe\\
11/2007  &AMS Congressional Luncheon Briefing, Capitol Hill, Washington D.C. \\
12/2007  &Fall Meeting of the American Geophysical Union, San Francisco \\
5/2008   &Conf. on Frontiers of Climate Science, 
          Kavli Inst. for Theoretical Physics, Santa Barbara

\vspace{-1ex}


\end{tabular}
\vspace{2ex}\\
\noindent
{\bf Selected Colloquia and Seminars:}
US Army Cold Regions Res. and Eng. Lab., NH ('79,'85,'87); Bell Labs ('84); 
Ecole Normale Sup\'{e}rieure ('84);
Universit\'{e} P.\, \& M. Curie ('84); Stanford ('86,'96,'01); 
Courant Inst. ('84,'89,'91,'93,'94, '97, '00, '05); 
Rutgers ('84,'86,'87,'95);
Princeton Univ. Depts. of Math ('87,'89), Phys. ('87,'91,'96), 
Chem. Eng. ('89), Civil Eng. ('91,'96); U. of Calif., Davis ('88,'91); 
U. of Delaware ('89);  U. of Chicago ('89,'90, '00); UCLA ('89); U. of Minn. ('90); UCSD ('91); 
CalTech ('91,'02); U. of Mich. ('91); Duke University ('87,'01);
Virginia Tech ('85,'92); University of Virginia ('91);
Ioffe Inst., St. Petersburg ('91); Universit\'{e} de Toulon ('92); Penn State ('92,'00); 
Universit\'{e} de Provence ('93); RPI ('93,'98); 
Schlumberger ('94); U. S. Naval Academy ('95);  Georgia Tech ('95); 
Universidade de Sa\~{o} Paulo ('95,'97); IMPA ('96); U. of Arizona ('95,'05); 
Ecole Sup\'{e}rieure de Physique et Chimie Industrielle ('96); 
U. Paris Nord ('01)
Hong Kong U. of Sci. and Tech. ('97,'98,'01); U. of Tasmania 
Antarctic Cooperative Research Center and Dept. of Math, ('97); Chinese Univ. of Hong Kong ('98),
National Space Development Agency of Japan ('98), Tulane Univ. ('02);
University of Alaska, Fairbanks ('05); University of Washington ('99);
Utah State ('99);
U. of Utah Depts. of Math ('91,'93,'01,'03,'08), 
Physics ('97), Geophysics ('94), Materials Science ('91);
U. of Utah College of Science Insider Tour Lecture ('08);
NASA/Goddard Space Flight Center ('07);
Los Alamos National Laboratory ('07);
Icebreaker RSV {\it Aurora Australis} ('99,'07).


\vspace{3ex}




%\eject




\noindent{\bf Publications }
\begin{enumerate}

\item S. F. Ackley, A. J. Gow, K. R. Buck and K. M. Golden$^*$, Sea ice studies
      in the Weddell Sea aboard USCGC {\it Polar Sea}, {\it Antarctic Journal
      of the United States}, 15, pp. 84--86, 1980.
\item K. M. Golden$^*$ and S. F. Ackley,  Modeling of anisotropic electromagnetic
      reflection from sea ice,  {\it Journal of Geophysical Research C }
      ({\it Oceans}),  86, pp. 8107--8116, 1981.
\item K. Golden and G. Papanicolaou,  Bounds for effective parameters of
      heterogeneous media by analytic continuation, 
     {\it Communications in Mathematical Physics},
      90, pp. 473--491, 1983.
\item G. W. Milton and K. Golden,  Thermal conduction in composites,
      {\it Proceedings of the 18th International Thermal Conductivity
      Congress}, Rapid City, S.D., pp. 571--582, 1983. 
\item K. Golden and G. Papanicolaou, Bounds for effective parameters of
      multicomponent media by analytic continuation, 
      {\it Journal of Statistical Physics},
      40, pp. 655--667, 1985.
\item K. Golden,  S. Goldstein and J. L. Lebowitz,  Classical transport
      in modulated structures,  {\it Physical Review Letters}, 55, 
      pp. 2629--2632, 1985.
\item K. Golden, Bounds on the complex permittivity of a multicomponent
      material, {\it Journal of Mechanics and Physics of Solids}, 34, 
      pp. 333--358, 1986.
\item S. F. Ackley, A. J. Gow, K. R. Buck and K. M. Golden, Physical and
      structural characteristics of Weddell Sea pack ice,
      Cold Regions Research and Engineering Laboratory (CRREL) Report
      87--14, 70 pp., 1987.
\item K. Golden, S. Goldstein and J. L. Lebowitz,  Nash estimates and
      the asymptotic behavior of diffusions, {\it Annals of  Probability}, 
      16, pp. 1127--1146, 1988.
\item K. Golden,  S. Goldstein and J. L. Lebowitz, Diffusion in a
      periodic potential with a local perturbation,
      {\it Journal of Statistical Physics},
      51, pp. 637--656, 1988.
\item K. Golden and S. Goldstein, Arbitrarily slow decay of correlations
      in quasiperiodic systems,
      {\it Journal of Statistical Physics}, 52, pp.
      1113--1118, 1988.
\item K. Golden, Convexity in random resistor networks, 
      in {\it Random Media and
      Composites},  R.V. Kohn and G.W. Milton (Eds.), 
      Society for Industrial and Applied
      Mathematics, pp. 149--170, 1989.
\item K. Golden, S. Goldstein and J. L. Lebowitz, Discontinuous
      behavior of effective transport coefficients in quasiperiodic
      media,
      {\it Journal of Statistical Physics}, 58, pp. 669--684, 1990.
\item G. W. Milton and K. Golden, Representations for the conductivity
      functions of multicomponent composites,
      {\it Communications on Pure and Applied Mathematics}, 43, pp. 657--671, 1989.
\item O. Bruno and K. Golden, Interchangeability and bounds for the
      effective conductivity of the square lattice, 
      {\it Journal of Statistical Physics},
      61, pp. 361--382, 1990.
\item K. Golden, Convexity and exponent inequalities for conduction near
      percolation, {\it Physical Review Letters}, 65, pp. 2923--2926, 1990.
\item K. Golden, Classical transport in quasiperiodic media, in {\it Proceedings
      of AMS-SIAM Summer Seminar on the Mathematics of Random Media},
      Blacksburg, Va., June 1989, W. Kohler and B. White (Eds.), 
      American Mathematical Society, pp. 359--373, 1991.
\item K. Golden and S. Goldstein, Arbitrarily slow approach to limiting
      behavior, 
     {\it Proceedings of the American Mathematical Society}, 112, pp. 109--119, 1991.
\item K. Golden, Bulk conductivity of the square lattice for
      complex volume fraction,  
      {\it International Series of Numerical Mathematics},
      102,  pp. 71-83, 1991.
\item K. Golden, Exponent inequalities for the bulk conductivity of a
      hierarchical model,  {\it Communications in Mathematical Physics}, 143,
      pp. 467-499, 1992.
\item K. Golden, Scaling law for conduction in partially
      connected systems, {\it Physica A}, 207,  pp. 213--218, 1994,
      (special issue for {\it Proceedings of the Conference on
      Electrical Transport and Optical Properties of Inhomogeneous
      Materials, Mexico 1993}, refereed).
\item L. Berlyand and K. Golden, Exact result for the effective conductivity of a
      continuum percolation model,
      {\it Physical Review B}, 50, pp. 2114-2117, 1994.      
\item K. M. Golden, Statistical mechanics of conducting phase transitions.
      {\it Journal of Mathematical Physics}, 36, pp. 5627-5642, 1995.
\item K. Golden, Bounds on the complex permittivity of sea ice, 
      {\it Journal of Geophysical Research C } 
      ({\it Oceans}), 100, pp. 13,699-13,711, 1995.
\item R. Sawicz and K. Golden, Bounds on the complex permittivity of matrix -- particle
      composites, {\it Journal of Applied Physics}, 78, pp. 7240-7246, 1995.
\item V. I. Lytle and K. M. Golden, Microwave backscatter measurements from first year
      pack ice in the eastern Weddell Sea, {\it Antarctic Journal of the United States}, 
      30, pp. 125-127, 1995.
\item S. F. Ackley, V. I. Lytle, K. M. Golden, M. N. Darling, and G. A. Kuehn, Sea ice
      measurements during ANZFLUX, {\it Antarctic Journal of the United States},
      30, pp. 133-135, 1995. 
\item K. M. Golden, Percolation models for porous media, in
      {\it Homogenization and Porous Media,} U.
       Hornung (Ed.), Springer - Verlag, pp. 27-43, 1997.
\item K. M. Golden, Critical behavior of transport in lattice and continuum percolation models, 
      {\it Physical Review Letters}, 78,  pp. 3935-3938, 1997.
\item K. M. Golden, The interaction of microwaves with sea ice, in {\it Wave Propagation
      in Complex Media, IMA Volumes in Mathematics and its Applications, Vol. 96}, 
      G. Papanicolaou (Ed.), Springer-Verlag, pp. 75-94, 1997.
\item K. M. Golden, Critical behavior of transport in percolation-controlled smart
      composites, in {\it Mathematics and Control in Smart Structures, SPIE Proceedings 
      Vol. 3039}, V. V. Varadan and J. Chandra (Eds.), 
      Society of Photo-Optical Instrumentation Engineers, pp. 571-581, 1997.
\item K. M. Golden, Electrical transport properties of high contrast composite materials, 
      in {\it Proceedings of the Fourth International Conference on Composites Engineering}, 
      D. Hui (Ed.), International Community of Composites Engineering,  pp. 363-364, 1997.
\item E. Cherkaeva and K. M. Golden, Inverse bounds for microstructural parameters
      of composite media derived from complex permittivity measurements, 
      {\it Waves in Random Media}, 8(4), pp. 437-450, 1998.
\item K. M. Golden, M. Cheney, K. H. Ding, A. K. Fung, 
      T. C. Grenfell, D. Isaacson, J. A. Kong, S. V. Nghiem, 
      J. Sylvester, and  D. P. Winebrenner, Forward 
      electromagnetic scattering models for sea ice, 
      {\it  IEEE Transactions on Geoscience
      and Remote Sensing}, 36(5), pp. 1655-1674, 1998.
\item K. M. Golden, D. Borup, M. Cheney, E. Cherkaeva,  
      M. S. Dawson, K. H. Ding, A. K. Fung, D. Isaacson, 
      S. A. Johnson, A. K. Jordan, J. A. Kong, R. Kwok, 
      S. V. Nghiem, R. G. Onstott, J. Sylvester, 
      D. P. Winebrenner and I. H. H. Zabel, 
      Inverse electromagnetic scattering models for sea ice, 
      {\it  IEEE Transactions on Geoscience
      and Remote Sensing}, 36(5), pp. 1675-1704, 1998.
\item K. C. Jezek, D. K. Perovich, K. M. Golden, C. Luther, D. Barber,
      P. Gogineni, T. C. Grenfell, A. K. Jordan, C. D. Mobley, S. V. Nghiem,
      and R. Onstott, A broad spectral, interdisciplinary investigation
      of the electromagnetic properties of sea ice, 
      {\it IEEE Transactions on Geoscience
      and Remote Sensing}, 36(5), pp. 1633-1641, 1998.
\item R. Kwok, S. V. Nghiem, S. Martin, D. P. Winebrenner, A. J. Gow, 
      D. K. Perovich, C. T. Swift, D. G. Barber, K. M. Golden, and E. Knapp,
      Laboratory measurements of sea ice:
      connections to microwave remote sensing, 
      {\it  IEEE Transactions on Geoscience
      and Remote Sensing}, 36(5), pp. 1716-1730, 1998.
\item K. M. Golden, S. F. Ackley and V. I. Lytle, The percolation phase
      transition in sea ice, {\it Science}, 282, pp. 2238-2241, 1998.
\item K. M. Golden and S. M. Kozlov, Critical path analysis of 
      transport in highly disordered
      random media, in {\it Homogenization}, V. Berdichevsky, V. Jikov, and
      G. Papanicolaou (Eds.), World Scientific, pp. 21 - 34, 1999. 
\item K. M. Golden, Brine percolation and the transport properties of sea ice,
      {\it Annals of Glaciology}, 33, pp. 28-36, 2001.
\item K. M. Golden, Critical behavior of transport in sea ice,
      {\it Physica B}, 338, pp. 274-283, 2003.


\item K. M. Golden, A. L. Heaton$^*$, H. Eicken and V. I. Lytle,
      Void bounds for fluid transport in sea ice, {\it Mechanics of Materials},
      38, pp. 801-817, 2006.


\item J. Zhu, A. Jabini$^*$, K. M. Golden, H. Eicken and M. Morris$^*$,
      A network model for fluid transport in sea ice,  
      {\it Annals of Glaciology}, 44, pp. 129-133, 2006.

\item A. Gully$^*$, L. G. E. Backstrom, H. Eicken, and K. M. Golden, 
Complex bounds and microstructural 
recovery from measurements of sea ice permittivity, 
{\it Physica B}, 394, pp. 357-362, 2007.



\item K. M. Golden, H. Eicken, A. L. Heaton$^*$, J. Miner,  D. Pringle,
      and J. Zhu, 
      Thermal evolution  of permeability and 
      microstructure in sea ice,
      {\it Geophysical Research Letters}, 34, 
      L16501 %doi:10.1029/2007GL030447 
      (6 pages and issue cover), 2007.





\item J. Basinger, E. Homer, B. L. Adams and K. M. Golden,
      Two dimensional grain boundary percolation in alloy 304 stainless steel,
      submitted to {\it Scripta Materialia}.








%\item K. M. Golden, V. I. Lytle, A. P. Worby, R. Massom, I. Allison,
%      A. Rada, M. Paget and A. Roberts,  Measurements of percolation processes
%      in first year sea 
%      ice in the Mertz Glacier polynya, in preparation for Antarctic 
%      Journal of the United States.
\item C. Orum, E. Cherkaev and K. M. Golden, 
Inverse bounds on the separation of inclusions in a composite from 
effective property measurements, in preparation.

\item K. M. Golden, T. Finlayson$^*$, J. Zhu, H. Eicken,
and D. Pringle, Bounds on the thermal conductivity of sea ice,
in preparation.

\item J. Vry, K. Petersen$^*$, and K. M. Golden, Fluid connectivity
transition in rocks at depth in the Southern Alps of New Zealand,
in preparation.


\item L. Symeonova, O. Eso$^*$, D. Dobson, and K. M. Golden,
An effective complex permittivity for waves in random media
with finite wavelength, in preparation.



\end{enumerate}

\vspace{0.5ex}

$^*$ denotes undergraduate investigator.


\vspace{2ex}


\vfill
\eject

\noindent{\bf Proceedings Edited} 
\begin{enumerate}

\item {\it Mathematics of Multiscale Materials}, K. M. Golden, G. R. Grimmett, 
      R. D. James, G. W. Milton, and P. N. Sen (Eds.), {\it IMA Volumes in Mathematics
      and its Applications}, Vol. 99, Springer-Verlag, 1998.

\item {\it Proceedings of the Sixth International Conference on Electrical Transport
       and Optical Properties of Inhomogeneous Media, ETOPIM6}, 
       G. W. Milton, K. M. Golden,
       D. Dobson, and Z. V. Vardeny (Eds.), {\it Physica B, Condensed Matter},
       Vol. 338, Nos. 1-4, October 2003.


\end{enumerate}

\vspace{1ex}

\noindent{\bf Media Articles} 
\begin{enumerate}
\item Study of Antarctic ice has scary moments for Utahn: Storm put scientific
      team in danger of losing costly equipment -- and lives, Joseph Bauman,
      {\it Deseret News}, Salt Lake City, p. A12, Sept. 12, 1994.

\item The mathematics of ice: U. professor goes south to study
      Antarctica's blanket, Lee Siegel,
      {\it The Salt Lake Tribune}, Salt Lake City, pp. C1-C2, Sept. 12, 1994.


\item Icebreaker burns, Andrew Darby, {\it Sydney Morning Herald}, Sydney, p. 6,
      July 23, 1998.


\item Fire strands Antarctic ship in sea ice, {\it  The Advertiser}, Adelaide,
      p. 14, July 23, 1998.

\item Antarctic voyage stopped by fire, {\it The Canberra Times}, Canberra,
      p. 4, July 23, 1998.  


\item Hard battle to repair ice ship, David Carrigg, {\it The Mercury}, 
      Hobart, p. 3, July 24, 1998.


\item Icebreaker abandons voyage, {\it The Advertiser}, Adelaide, p. 15,
      July 24, 1998.
      

\item Cool math: Utahn explains a key step in how sea ice maintains Earth's
      climate and ocean life, Lee Siegel,
      {\it The Salt Lake Tribune}, Salt Lake City, pp. B1-B2, Dec. 24, 1998.


\item Voyage to Antarctica: Chain saws and beet juice become research tools
      for Utah mathematician studying polynya `ice factory', Lee Siegel,
      {\it The Salt Lake Tribune}, Salt Lake City, pp. J1,J6, Dec. 19, 1999.


\item Mathematician on ice: Adventurous voyages to Antarctica test
      mathematical models of sea ice, Ivars Peterson,
      {\it Science News}, Washington D. C., pp. 106-108 (and cover), Aug. 12, 2000.

\item Icy calculations on a hot topic:
      Mathematics of ice to aid global warming forecasts, Lee Siegel,
      U. of Utah press release, published by sciencedaily.com, newswise.com,
      eurekalert.org, physorg.com, and other sites,
      September 10, 2007.

\item Modeling ice-melt may lead to improved global climate forecasts, 
      Matt Ford, {\it Ars Technica}, September 12, 2007. 
      
\item Electronics help predict global warming, R. Colin Johnson, {\it EE Times} 
      (and {\it EE Times Asia}), 
      September 18, 2007. 

\item Water pours through pores in sea ice, Nicole Branan, {\it Geotimes}, 
      pp. 16-18, November 2007.






\end{enumerate}

\vspace{1ex}
\noindent{\bf Other Media Activities} 
\begin{enumerate}

\item Discovery Channel/NBC News Special: {\it Savant's Sequences}, January 2003 $-$
      during filming worked on elementary
      mathematics and algorithms with Kim Peek,
      the savant on whom the movie {\it Rainman} was based
      and who has been featured in {\it Scientific American};
      also in similar show 
      with Kim Peek by a Japanese TV network, broadcast there
      (both appearances at the request of U. of Utah).


\item Interviewed for radio shows on NPR, KUER and local stations concerning
      Antarctic and Arctic sea ice, climate change, and polar biology.



\end{enumerate}



\end{document}
