\documentclass[12pt]{article} %% or documentstyle?
%%%%
\newcommand{\Month}{June 2016}
\newcommand{\name}[1]{\hspace{-\marginwidth}{\large\bf\centering#1\\[\baselineskip]}}
%%  \newcommand{\mydate}[1]{\hspace{-\marginwidth}{\bf\centering#1\\[2\baselineskip]}}
%% trying new version with marginparwidth, deleting \hspace so centering works on the Mac. 
 \newcommand{\mydate}[1]{%\hspace{-\marginparwidth}
      {\bf\centering#1\\[2\baselineskip]}}


\pagestyle{myheadings}
\markright{%\hspace{-\marginwidth}
~~~Christopher D. Matzner\hfill - \protect\arabic{page}
- \hfill ~~~\Month}
\renewcommand{\thepage}{}
%%%%%
\setlength{\textheight}{8.8in}
\thispagestyle{empty}

% experimenting with margins
\oddsidemargin -0.22in
\evensidemargin -0.22in
\addtolength{\textwidth}{.76 in}
\addtolength{\parskip}{-.2 cm}

\begin{document}
%\name{ Christopher D. Matzner  ~~~ CURRICULUM VITAE ~~~ \Month }
%\mydate{\Month} %###
\begin{center}
{ Christopher D. Matzner } \\
\bf CURRICULUM VITAE \\
\mydate{\Month}
\end{center}

\smallskip %\medskip%\bigskip

\begin{itemize}
\item[\bf A.] {\bf Biographical Information}
\begin{itemize}
\item[1.] \underline{Personal}
\begin{tabbing}
Office Address:+++\= Dept. of Astronomy \kill
Full Name:      \>Christopher David Matzner \\
Date of Birth: \> 9 December 1971\\
Citizenship: \> USA (Canadian Permanent Resident) \\ 
Home Address:   \>232 Euclid Ave, Toronto, ON M6J\,2K2, Canada  \\
Home Phone:     \> 416 598-7942 \\
Office Address: \> Department of Astronomy and Astrophysics,  %\\                 \> 
 University of Toronto \\
                \> 50 St. George Street, Toronto ON M5S\,3H4, Canada \\
Office Phone:   \> 416 978-2172\\
\end{tabbing}
\medskip
 
\item[2.] \underline{Degrees}

\begin{tabbing} 
B.Sc.++++\=1963++++\=University of Toronto (Math/Physics)\kill
A.B. \>1993 \> Harvard University (Physics)\\%, {\em cum laude})\\
M.A.  \>1995 \> University of California, Berkeley (Physics)\\
Ph.D. \>1999 \> University of California, Berkeley (Physics) \\ 
\> \>Thesis:  {\em The Birth and Death of Stars}\\
%\> \>         \\
\> \> Supervisor: Christopher F. McKee
\end{tabbing}
\smallskip%\medskip

\item[3.] \underline{Employment}

\begin{tabbing}
%Associate Professor+++\=Dominion Astrophysical Obs.+++\=1973-81 \kill
Assoc.~Chair, Graduate +\= U.~Toronto, Dept.~of Astronomy \& Astrophys.+\= 2016 - present \kill
Assoc.~Chair, Graduate \> U.~Toronto, Dept.~of Astronomy \& Astrophys. \> 2016 - present\\
Associate Professor \> University of Toronto \> 2008 - present\\ 
Assistant Professor \> University of Toronto \> 2002 - 2008 \\
Senior Postdoc \> Canad.\ Inst.\ for Theor.\ Astroph.\  \> 2000 - 2001 \\
Postdoc \>   Canad.\ Inst.\ for Theor.\ Astroph.\ \> 1999 - 2000 \\
Visiting Postdoc \>Cal.\ Inst.\ of Tech.\ \> 2000 \\
Graduate Researcher \>U.\ California, Berkeley,
Physics \> 1994 - 1999 \\
Student Researcher \> U.\ of Texas Appl.\ Rsch.\ Labs  \> 1990 - 1993 \\ 
Student Researcher \> Harvard-Smithsonian CfA  \> 1991 - 1992\ 
\end{tabbing}


\item[4.] \underline{Honours}

%\setlength{\parindent}{-2ex}

\begin{tabbing}
Nominee, Board of Directors, Canadian Astronomical Society++\== 2005 \kill% \\ 

%Nominee, {\em Canada's Top 40 Under 40} Award \> 2007 \\ 
U. of Toronto Commendation for Accessibility in Teaching \> 2011\\ 

Ontario Early Researcher Award\> 2007 \\ 

Nominee, Board of Directors, Canadian Astronomical Society\> 2005  \\ 

Canada Research Chair (Tier 2)\> 2002 - 2007 \\ 

ARCS Fellowship\> 1997\\ 

U.S.\ National Science Foundation Fellowship\> 1993 - 1996\\ 

Ford Foundation Fellowship\> 1992\\ 

U.S.\ Dept.\ of Defense Science and Engineering Apprenticeship\> 1990\\ 

Tandy Technology Scholarship\> 1990\\ 

Texas Excellence Award\> 1990\\ 

Texas Chemical Council Award\> 1990\\ 

Tracor Scholarship\> 1989\\ 

U.S.\ National Merit Scholarship\> 1989 

\end{tabbing}
\smallskip%\medskip

\medskip%\bigskip

\item[5.] \underline{Professional Affiliations and Activities}

\begin{tabbing}
SOC, {\em Star Formation in Different Environments} (Quy Nhon, Vietnam) asdfb  \== 2015 - 2016 \kill
%Member, {\em Compute Canada Astron. \& Subatomic Physics Eval.\ Committee} \== 2012-2013\kill
SOC, {\em Star Formation in Different Environments} (Quy Nhon, Vietnam)  \> 2015 - 2016 \\
Member, {\em International Astronomical Union} \> 2015 - \\ 
Member, {\em Green Bank Ammonia Survey Science Team} \> 2015 - \\ 
Member, {\em Compute Canada Astron. \& Subatomic Physics Eval.\ Committee} \> 2012 -\\
Member, {\em SciNet Local Resource Allocation Committee} \> 2009 - 2011\\ 
Co-Organizer, {\em Ontario Star Formation Jamboree} \> 2007 \\
Member, {\em Multiplicity in Star Formation} local organizing committee \> 2007\\
Member, {\em JCMT Gould Belt Legacy Survey} science team\> 2006 - 2008 \\
Member, Inst.\ for Applied and Interdisc.\ Mathematics \>2004 - \\
Member, CITA Inc. \> 2004 -  \\ 
Member, Canadian Astronomical Society\> 2000 -  \\
Member, American Physical Society \> 1993 -  \\
Member, American Astronomical Society \> 1995 - %\\
\end{tabbing} \medskip

\end{itemize} 

\item[\bf B.] {\bf Academic History}
\begin{itemize}
\item[6a.] Research Endeavours

My research group and I work on hydrodynamics relevant to collapse, black hole accretion, energy production, and explosion in fields such as star formation, supernova explosions, gamma-ray bursts, and stellar tidal disruptions.  We also study the dynamics and observational diagnostics of interstellar nebulae and their effect on giant molecular clouds. 

%\underline{Research Endeavours, 2015-16}
%
%1. Star cluster formation and molecular cloud evolution (with Peter Jumper, Britta Hansen, Mubdi Rahman, Dae-Sik Moon, and Norm Murray) 
%
%1a. {\em Analytical star cluster formation.}  Peter Jumper and I completed and published our analytical work on the growth of a star cluster, accounting for the initial conditions of giant molecular cloud environments and the rapid accumulation of matter and the accompanying growth of a turbulent cluster-forming zone, as well as the additional stirring of turbulence and expulsion of matter by the energetic feedback from forming stars (protostellar outflows, photo-ionization, radiation pressure, winds and supernovae).   The model compares very well against several well-studied forming clusters, and several additional opportunities for comparison and collaboration have arisen since its publication.  It however does not provide a clear explanation for the final radii of massive star clusters, and this puzzle provides motivation for future projects.  In addition, we plan to follow up with predictions for the influence of cluster-forming environment on the peak of the stellar initial mass function. 
%
%1b. {\em Numerical star cluster formation and the evolution of filamentary molecular clouds.}  Britta Hansen has  taken leave from the Department within the last several weeks.  Before she left, she was engaged in a project to study the formation and evolution of filamentary structures within molecular clouds, and their collapse to form star clusters, using the {\em Ramses} adaptive mesh magnetohydrodynamics code.  
%
%1c. {\em Numerical evaluation of the radiation force in star cluster formation.}  Peter Jumper's dissertation project involves using two Monte Carlo radiation transfer codes to evaluate very precisely the radiation force from massive stars on the dust structures that arise in massive star cluster formation, with a goal of calibrating the approximations used in numerical simulations and analytical models (like ours).  Progress this year has been steady but slow.
%
%1d. {\em Observational studies of stellar feedback in the Dragonfish Nebula.} Mubdi Rahman has continued to follow up on the discovery of the Dragonfish, a Tarantula-sized nebula within the Milky Way, and the   candidate ionizing star cluster.   Most recently we, along with Moon and Murray, have begun to analyze {\em Mopra} CO-transition radio data of a giant expanding molecular shell surrounding the nebula.  The high mass ($10^6\, M_\odot$), momentum ($10^{7.5} M_\odot$\,km\,s$^{-1}$) and energy ($10^{51.5}$ erg) are very intriguing for a region of such young age ($\sim 3$ Myr).  Mubdi has also obtained {\em Chandra} x-ray data of the candidate cluster; this data will settle lingering questions regarding the near-infrared selection method used to identify it. 
%
%2. Massive stars: winds, eruptions, asymmetric explosions, and death (with Stephen Ro, Niloufar Afsariardchi, Carly Berard, and Yuri Levin)
%
%2a. {\em Wolf-Rayet winds.} Stephen Ro and I completed and published his analytical and numerical study of the envelope and winds structures of Wolf-Rayet (WR) stars.  We conclude that these winds must erase the very extended hydrostatic envelopes usually seen in WR stellar models, and that they also quench convection, which are otherwise inevitable and vigorous.   Stephen has begun to compare the predictions of this work against the WR populations of the Milky Way and the Magellanic Clouds, and finds that the variation in metallicity places interesting constraints on the clumpiness of matter near the wind sonic point.  He has also begun to re-examine claims of a minimum WR mass loss rate at zero metallicity, as this rests on velocity laws that do not satisfy the sonic point criteria.  This question may be of great importance for the viability of channels that produce gamma-ray bursts and eventually black-hole mergers when these massive stars collapse. 
%
%2b.  {\em Weak eruptions of massive stars.}  Pre-supernova evolution in 8-10 $M_\odot$ stars includes flashes of nuclear burning rapid enough to launch strong sound waves within stellar envelopes.  Massive stars like LBVs also show evidence for eruptive behaviour that does not unbind the star; $\eta$\,Carinae is a prime example.  Motivated by these cases, Stephen Ro and I have been studying the formation and evolution of shock fronts launched by strong sound pulses.  Stephen has identified a new, highly accurate criterion for the radius of shock formation, and is testing several approximate solutions for the evolution of the shock front after it has formed.  
%
%2c.  {\em Aspherical explosions and oblique supernova breakouts.}  Niloufar Afsariardchi has continued her investigations of non-spherical supernova shocks, and has extended her analysis to include predictions for the diffusion of radiation within the stellar ejecta.  The project is going well. 
%
%2d.  {\em Aspherical explosions: oblique breakouts at superluminal pattern speeds.}  Carly Berard is conducting relativistic numerical simulations of the stellar surface layers in this problem, working in a boosted reference frame in which shock emergence is simultaneous.  Numerical difficulties have slowed her progress. 
%
%2e. {\em Accretion feedback in gamma-ray bursts and common-envelope phases.}  Most of my research leave in Australia has been spent working out, with my collaborator Yuri Levin, the consequences of disk  feedback in cases where a compact object accretes matter through a non-radiative accretion disk within a stellar envelope -- e.g., during $\gamma$-ray bursts and certain common-envelope phases of binary evolution.  This project builds on modeling of winds from advective disks in tidal disruption events (Shen \& Matzner 2014), of wind and jet propagation within stars ((Matzner 2003) and of energetic feedback in other contexts (e.g. Matzner \& McKee 2000), and addresses important and poorly modeled effects in these environments. 

%
%% 2014 
%I and my students and collaborators have concentrated on three research topics in the last year: (1) molecular cloud structure, star cluster formation, and stellar feedback; (2) Mapping the consequences of massive-star feedback in the environs of giant star clusters; (3) Dynamics and radiation phenomena of asymmetrical supernova explosions; (4) Structures and thick winds of Wolf-Rayet stars.  
%
%1. Star cluster formation and molecular cloud structure (with students Peter Jumper and Britta Hansen): 
%
%Jumper and I refined a model for the dynamical states of growing star clusters which are accreting from their molecular cloud environments, and also experiencing star formation and stellar feedback.  This effort has culminated in a recently submitted paper as well as talks at KITP, Harvard/ITC, and McMaster.    Hansen's thesis involves numerical experiments to realize and evaluate several uncertain aspects of this theory, and preliminary results were presented at the Arizona star formation conference.  
%
%Jumper's thesis plan involves a thorough investigation of radiation-pressure feedback from massive stars, physics that are currently handled approximately in simulations.  He will use rigorous Monte-Carlo methods to evaluate the critical, but highly uncertain, `photon trapping factor' . 
%
%2. Observational studies of massive star formation (with ex-students Sherry Yeh and Mubdi Rahman and collaborators including Ernie Seaquist and Eric Pellegrini): 
%
%These projects involve mapping the interaction between the most massive young star clusters in Local Group galaxies, and their molecular environments.  Yeh's project (Yeh et al. 2015, in press) involved wide-field mapping of H$_2$ vibrational emission and hydrogen recombination (Bracket-$\gamma$) emission in the 30 Doradus Nebula around the $10^5\,M_\odot$ cluster R136 in the LMC, and comparing these to existing datasets of emission in $8\,\mu$m and CO rotational transitions.  The combined analysis illustrates the formation of ionized evaporation flows, confined by stellar wind pressure and radiation pressure, which envelop molecular regions, and  fluorescence of H$_2$ molecules and PAH grains along the leading edge of the molecular zone.  This provides a rich dataset for exploring the physics of giant H\,II regions and a map to guide future detailed observations. 
%
%Rahman's project involves analysis of $^{13}$CO emission in the ``Dragonfish'' nebula, which surrounds what we believe to be an R136-size cluster in the inner Milky Way.  Preliminary analysis shows significant molecular mass and kinetic energy in regions around the edge of a shell-shaped structure, and velocity differences between molecular and ionized material provides important clues regarding the dynamical state. 
%
%3. Shock dynamics in explosions, collapses, and planetary collisions (with graduate students Niloufar Afsari and Stephen Ro, undergraduate Carly Berard, and collaborator Yuri Levin): 
%
%Following up on our previous work (Matzner et al 2013, Salbi et al 2014), Afsari has conducted global simulations of non-spherical supernova (SN) explosions, concentrating on the dynamics and emission of shock breakout, the creation of the early SN light curve, and the prediction of an X-ray flare associated with the collision of non-radial ejecta.   The dynamical simulations are done, and Afsari and I have been focusing on the radiation dynamics, which are not implemented in our simulations but which we can predict analytically with good confidence.  This project and its predecessors formed the basis for my IAS/Princeton colloquium, as well as my Harvard/ITC lunch talk. 
%
%At the same time, undergraduate Berard has completed a relativistic Lagrangian hydrodynamics code for the purposes of following up a loose end in the previous papers (dynamics of oblique shock breakout in the limit of super-luminal pattern speeds).  This code is currently in testing, and we expect publishable results in the summer of 2015. 
%
%4. Thick stellar winds: connecting supernovae and stellar structure (with graduate student Stephen Ro)
%
%As part of Stephen Ro's thesis work on the connections between stellar evolution, stellar winds, and shock propagation in supernovae, he and I have been tackling an apparent gap in the understanding of strong, optically thick stellar winds.  Wolf-Rayet stars and luminous blue variables involve phases of stellar mass loss at extremely high rates, to the degree that radiation becomes partially trapped within the stellar outflow.  Similar optically thick outflows exist within stellar tidal disruption events, and in the newly discovered super-Eddington outflow from an ultra-luminous x-ray source in M83 (Soria et al.~2014).   These winds can be important for preparing the initial conditions for explosions, as when there results  a type IIn supernova, a super-luminous supernova, an x-ray flash due to wind breakout, or an observed outburst precursor to the final explosion. 
%
%There are three limits for stellar winds: line-driven winds (Castor et al.~1976), which are optically thin in the continuum; adiabatic winds in which heat is perfectly trapped; and diffusive winds, which are continuum optically thick but do not trap photons.   In addition to the cases listed above the lack of a complete theory for this parameter space hampers our understanding of the evolution of very massive stars.  Ro's thesis project is to map this parameter space, and his results so far have begun to classify valid stellar structures and inner winds in these objects.   For instance, he finds a bifurcation in behaviour between stars which react to an `opacity bump' by developing extended envelopes, and those which react by developing strong winds but no extended envelope. 
%% 2013 
%In {\em Star Formation Feedback}, I, student Sherry Yeh, and collaborators have developed strong constraints on the coupling between massive stars and their galactic environments by using readily-available spectral information to complement detailed x-ray studies.    Spectral line ratios reveal the photon-to-baryon ratio in ionized regions, which in turn yields the ratio of radiation pressure to gas pressure.  Ionized regions divide cleanly between wind-dominated bubbles with low radiation pressure, and radiation-affected regions with low gas pressure.  Our spectral constraint indicates that wind bubbles are far less prevalent than has often been assumed in the literature, and that H II regions are frequently compact enough for radiation pressure to be significant   This is increasingly true for more intense star-forming regions, from local nebulae to starburst galaxies to actively star-forming galaxies at high redshift.  We have modeled entire galaxies' populations of ionized zones and can understand these results in terms of stalled H II regions in inhomogeneous, dense, and high-pressure environments.    Separately, along with Ernie Seaquist, we have obtained detailed observations of ionized and molecular line emission across the giant 30 Doradus nebula in the LMC, and are working to analyze these for constraints on the nebula's dynamical state and history. 
%
%In {\em Massive Star Clusters}, I, student Mubdi Rahman, and Dae-Sik Moon have just publised a catalog of giant OB associations in the vicinity of ionized zones traced by the WMAP cosmology satellite.  To find extended associations amidst thousands of other stars and behind thick Galactic dust in the plane of the Milky Way, we developed an infrared blue-sequence colour selection technique -- one analogous to the red-sequence technique used to find galaxy clusters.  Our cluster catalog increases by a factor of seven the list of clusters with more than ten thousand Solar masses: human knowledge of giant clusters in the Milky Way is now about half complete.   These clusters are rich sources for follow-up studies of massive star formation, the initial mass function, stellar energy feedback, molecular cloud evolution (we have already obtained CO data to study this), and the end stages and remnants of massive stellar evolution.   
%
%In {\em Stellar Tidal Disruptions}, I and postdoc Rongfeng Shen have recently submitted a paper which highlights the potential importance of disk physics for the long-duration light curves of stellar tidal disruption events, especially in cases where relativistic precession modulates the brightness seen at Earth.   This study, which draws from and will inform theories of disk evolution in gamma-ray bursts and compact object mergers, is the first to take into account disk thermal physics (and thermal instabilities), disk-driven winds during the early nonradiative phase, viscous disk evolution under the influence of continued fallback, and the importance of relativistic precession for the geometry and evolution when the black hole is misaligned with the disk.   We develop novel self-similar solutions as well as semi-analytical models for the various evolutionary phases.  Applied to the TDE candidate Swift J1644+57, our model naturally fits the light curve and provides the first explanation for the source's steadily growing quasi-period. 
%
%In {\em Supernova Explosions}, I and Yuri Levin (Monash) have developed a dramatically revised paradigm for the dynamical evolution of shock emergence in supernovae, one with strong implications for x-ray and gamma-ray transients, circumstellar interaction,  light element nucleosynthesis, and particle acceleration.  I and Levin have completed the first analytical study of this new paradigm.  Along with students Pegah Salbi and Stephen Ro I have just completed a numerical study of its non-relativistic limit, providing valuable insight into the structure of the flow.  A future investigation of the relativistic limit is planned.  I and Stephen Ro have recently submitted a related paper on the dynamics and limits of shock acceleration, a problem intrinsic to shock emergence.  In separate but related work, student Stephen Ro has developed detailed analytical models for the outer stellar structure and winds of hot Wolf-Rayet-like stars with high surface Eddington ratios and optically thick winds.  This is vitally important for the initial conditions of the supernova shock emergence problem (for supernovae of type Ib and Ic), and also addresses some important open questions in the modeling of these stars. 

%%% 2012 
%In {\em Stellar  Tidal Disruptions}, postdoc Rongfeng Shen and I have developed a theory for the relic disk created by early fallback of stellar material, and shown that the evolution of this disk is critical to the interpretation of TDE light curves and to the expected signatures of disk precession caused by the Lense-Thirring frame dragging effect.  We believe this is the first direct observational verification of the winds predicted in nonradiative rotating accretion flows. 
%
%In {\em Massive Stellar Clusters}, I and D.-S. Moon have advised student Mubdi Rahman to use infrared spectroscopy to verify the identity of the most massive ($10^5\,M_\odot$) young star cluster in the Milky Way. We have obtained molecular-line data to enable a study of the gaseous recoil around this cluster, and have proposed for {\em HST} and MCAO observations to enable an astrometric study.   We have submitted a {\em Chandra} proposal to study the massive stellar population, diffuse gas, and distribution of low-mass stars within it.    Rahman, Moon, and I have compiled and statistically verified a catalog of stellar associations within the Milky Way's brightest emission nebulae, bringing our knowledge of the upper end of this population into much sharper view.  
%
%In {\em Physical Diagnostics of Star-Forming Galaxies}, student Sherry C.C. Yeh and I have completed a major work on the internal dynamics and observational properties of HII regions, accounting for effects such as stellar winds, magnetic fields, neutral clumps, and dust absorption.  We are able to explain the phenomenon of saturated ionization parameters in starburst galaxies, and can assess the importance of radiation pressure feedback in these galaxies.   With Silvia Verdolini and Xander Tielens (Leiden) and Mark Krumholz (UCSC), we have begun an effort to model entire populations of ionized regions within starburst galaxies.   Observationally, S.Yeh and I, along with emeritus Prof. E. Seaquist, have worked to interpret molecular line data of 30 Doradus in the LMC. 
%
%In {\em Supernovae and Shock Breakouts}, student Stephen Ro and I have developed improved models for the dynamical evolution of shocks emerging from the surfaces of stars, and we have also developed models to describe the outer envelopes and winds of stars inflated by the combination of radiation pressure and free-free opacity.   With postdocs Wolfgang Kerzendorf and Rongfeng Shen, we have begun to investigate the observability of stellar shock breakouts in future transient surveys.  At the same time, I and Yuri Levin (Monash, Australia) have developed plans for a study of non-planar behaviour in the shock breakout phenomenon. 
%\newpage
\item[6b.] \underline{Research Awards }
\smallskip%\medskip
%% (name of the agency:type a)

%% \begin{tabbing}
%% \ \ \ \=1989-1990\ \ \=\$19,000 \kill
%% \>1999-2000 \> \$ \\
%% \>2000-2001 \> \$ \\
%% \>2001-2002 \> \$ \\
%% \>2002-2003 \> \$ \\
%% \>2003-2004 \> \$ \\
%% \end{tabbing}

%% \smallskip%\medskip
%% (name of the agency:type b)
\begin{tabbing}
\ \ \ \=1989-1990 \= Connaught New-Staff Matching Grant \=\$19,000 \kill
%
\>2016-2017    \> NSERC Discovery Grant        \> \$ 33,000 \\
\>2015-2016    \> NSERC Discovery Grant        \> \$ 33,000 \\
\>2014-2015    \> NSERC Discovery Grant        \> \$ 33,000 \\
\>2013-2014    \> NSERC Discovery Grant        \> \$ 33,000 \\
\>2012-2013    \> NSERC Discovery Grant        \> \$ 33,000 \\
\>2011-2012    \> NSERC Discovery Grant        \> \$ 33,000 \\
\>2010-2011    \> NSERC Discovery Grant        \> \$ 36,409 \\
\>2009-2010 \> Ontario Early Researcher Award \> \$ 20,000 \\ 
\>          \> NSERC Discovery Grant        \> \$ 36,409 \\
\>2008-2009 \> Ontario Early Researcher Award \> \$ 20,000 \\ 
\>          \> NSERC Discovery Grant        \> \$ 36,409 \\
\>2007-2008 \> Ontario Early Researcher Award \> \$ 20,000 \\ 
\>          \> NSERC Discovery Grant        \> \$ 36,409 \\
\>2006-2007 \> Canada Res.\ Chair Tier-2 Stipend \> \$ 10,000 \\
\>          \> NSERC Discovery Grant        \> \$ 36,409 \\
\>2005-2006 \> Canada Res.\ Chair Tier-2 Stipend \> \$ 10,000 \\
%\>2005-2006 \> Canada Research Chair Tier-2 \> \$ 100,000 \\
\>          \> NSERC Discovery Grant        \> \$ 30,000 \\
%
\>2004-2005 \> Canada Res.\ Chair Tier-2 Stipend \> \$ 10,000 \\
%\>2004-2005 \> Canada Research Chair Tier-2 \> \$ 100,000 \\
\>          \> NSERC Discovery Grant        \> \$ 30,000 \\
%
\>2003-2004 \> Canada Res.\ Chair Tier-2 Stipend \> \$ 10,000 \\
%\>2003-2004 \> Canada Research Chair Tier-2 \> \$ 100,000 \\
\>          \> NSERC Discovery Grant        \> \$ 30,000 \\
%
\>2002-2003 \> Canada Res.\ Chair Tier-2 Stipend \> \$ 10,000 \\
%\>2002-2003 \> Canada Research Chair Tier-2 \> \$ 108,333 \\
\>          \> NSERC Discovery Grant        \> \$ 30,000 \\
\>          \> Connaught New-Staff Matching Grant\> \$ 16,500 \\
\>          \> Connaught Start-up Fund        \> \$ 10,000 \\
\>          \> Departmental Start-up Fund     \> \$ 30,000 \\
%
\>2001-2002 \>  CITA Senior Research Grant \>\$ 15,000 \\
\>2000-2001 \> NSERC CITA Research Grant \> \$ 10,000 \\
%\>2000-2001 \> \$ \\
%\>1999-2000 \> \$ \\
\end{tabbing}
\end{itemize}


%\clearpage%\medskip%
\bigskip
\item[\bf C.] {\bf Scholarly and Professional Work}

\begin{itemize}
\item[7.] \underline{Papers in Refereed Journals}
\medskip

\setlength{\parindent}{-2ex} \setlength{\parindent}{-2ex}
{\em 39.} {\bf S.~Ro}\footnote{Boldface authors are students or postdoctoral fellows under my supervision or co-supervision at the time of writing.}  \& C.~D. Matzner, ``On the Launching and Structure of Radiatively Driven Winds in Wolf-Rayet Stars'', 2016, {\em ApJ}, 821, 109 (14 pg.)

{\em 38.} C.~D. Matzner \& {\bf P.~H.~Jumper},``Star cluster formation: proto-cluster accretion, stellar feedback, and filamentary cloud accretion'', 2015, {\em ApJ}, 851, 68 (18 pg.) 

{\em 37.} {S.~C.~C. Yeh}, E.~Seaquist, C.~D. Matzner, \& E.~Pellegrini, ``Molecular and Ionized Hydrogen in 30~Doradus. I. Imaging Observations'', 2015, {\em ApJ}, 807, 117 (10 pg.) 

{\em 36.} {\bf P.~Salbi}, C.~D. Matzner,  {\bf S.~Ro} \& Y.~Levin, ``Oblique Shock Breakout in Supernovae and Gamma-Ray Bursts: II. Numerical Solutions For Non-Relativistic Pattern Speeds'', 2014, {\em ApJ}, 790, 71 (12 pg)

{\em 35.}  {\bf R.-F. Shen} \& C.~D. Matzner, ``Evolution and Precession of Accretion Disks in Tidal Disruption Events'', 2014, {\em ApJ}, 784, 87 (21 pg)

{\em 34.} C.~D. Matzner, Y.~Levin, \&  {\bf S.~Ro}, ``Oblique Shock Breakout in Supernovae and Gamma-Ray Bursts: I.  Dynamics and Observational Implications'', 2013, {\em ApJ}, 779, 60 (10 pg) 


{\em 33.} {\bf S.~Ro} \& C.~D. Matzner, ``Shock Emergence in Supernovae: Limiting Cases and Accurate Approximations'', 2013, {\em ApJ}, 773, 79 (5 pg) 

{\em 32.}   S.~Verdolini,  {\bf S.~C.~C. and}, M.~R. Krumholz, C.~D. Matzner, \& A.~Tielens, ``Line Emission from Radiation-Pressurized H\,II Regions. II: Dynamics and Population Synthesis'', 2013, {\em ApJ}, 769, (12 pg) 

{\em 31.}  {\bf S.~C.~C. Yeh}, S.~Verdolini, M.~R. Krumholz, C.~D. Matzner, \& A.~Tielens, ``Line Emission from Radiation-Pressurized H\,II Regions. I: Internal Structure and Line Ratios'', 2013, {\em ApJ}, 769, (8 pg)

{\em 30.} {\bf M. Rahman}, C.~D. Matzner, \& D.-S. Moon, ``OB Associations at the Upper End of the Milky Way Luminosity Function'', 2013, {\em ApJ}, 766, 135-154

{\em 29.} {\bf S.~C.~C. Yeh} \& C.~D. Matzner, ``Ionization Parameter as a Diagnostic of Radiation and Wind Pressures in H\,{\footnotesize II} Regions and Starburst Galaxies'' 2012, {\em ApJ}, 757, 108-125

{\em 28.} {\bf R.~F. Shen},   \& C.~D. Matzner, ``Coasting external shock in wind medium: an origin for the X-ray plateau decay component in {\em Swift} GRB afterglows'', 2012, {\em ApJ}, 744, 36-45
   
  {\em 27.}   {\bf  M. Rahman}, D.-S. Moon, \& C.~D. Matzner, ``Spectroscopic Confirmation of the Dragonfish Association: The Galaxy's Most Luminous OB Association'', 2011, {\em ApJ}, 743, L28-32.

{\em 26.}  N.~J. Goldbaum, M.~R. Krumholz, C.~D. Matzner, \& C.~F. McKee,  ``The Global Evolution of Molecular Clouds: II. The Role of Accretion'', 2011, {\em ApJ}, 738, 101-120

{\em 25.} B. Pang, U.-L. Pen, C.~D. Matzner, {\bf S.~R. Green} \& M. Liebend\"orfer, ``Numerical Parameter Survey of Nonradiative Black Hole Accretion -- Flow Structure and Variability of the Rotation Measure'', 2011, {\em MNRAS}, 415, 1228-1239

{\em 24.} {\bf M. Rahman}, C.~D.Matzner, \& D.-S. Moon, ``A Candidate for the Most Luminous OB Association in the Galaxy'', 2011, {\em ApJ}, 728, L37-L41

{\em 23.} S. Offner, {\bf K.~M. Kratter}, C.~D. Matzner, M.~R. Krumholz, \& R.~I. Klein, ``The Formation of Low-mass Binary Star Systems Via Turbulent Fragmentation'', 2010, {\em ApJ}, 725, 1485-1494

{\em 22}. S.F. Graves {\em et al.}, ``The JCMT Legacy Survey of the Gould Belt: a �rst look at Serpens with HARP'', 2010, {\em MNRAS}, 409, 1412-1428

{\em 21}.  S.~M. Fall, M.~R. Krumholz, \& C.~D. Matzner, ``Stellar Feedback in Molecular Clouds and its Influence on the Mass Function of Young Star Clusters'' 2010, {\em ApJ}, 710, L142-L146

{\em 20}. {\bf K.M. Kratter},
C.~D. Matzner, M.~R. Krumholz, M.~R., \& R.~I. Klein, ``On the Role
of Disks in the Formation of Stellar Systems: A Numerical Parameter
Study of Rapid Accretion'' 2010, {\em ApJ}, 708, 1585-1597

{\em 19}. M.~R. Krumholz \& C.~D.Matzner, ``The Dynamics of
Radiation Pressure-Dominated HII Regions'' 2009, {\em ApJ}, 703, 1352-1362

 {\em18}. {\bf K.M. Kratter}, C.D. Matzner, and M. Krumholz, ``Global
Models for the Evolution of Embedded, Accreting Protostellar Disks''
2008, {\em ApJ}, 681, 375-390

{\em17}. C.D. Matzner \& {\bf R. Krasnopolsky}, ``Radiative Bubbles
Blown by Slow Stellar Winds'' 2008, {\em MNRAS} 386, 903-908

{\em16}. D.\ Ward-Thompson {\em et al.}, ``The JCMT Gould Belt Legacy
Survey'' 2007, {\em PASP}, 119, 855-870

{\em15}. C.D.\ Matzner, ``Protostellar Outflow-Driven Turbulence''
2007, {\em ApJ}, 659, 1394-1403

{\em14}. M.\ Krumholz, C.D.\ Matzner, \& C.F.\ McKee, ``The Global
Evolution of Giant Molecular Clouds. I. Model formulation and
Quasi-Equilibrium Behavior'' 2006, {\em ApJ}, 653, 361-382

{\em13}. {\bf K.M.\ Kratter} \&  C.D.\ Matzner, ``Fragmentation of Massive
Protostellar Disks'' 2006, {\em MNRAS}, 373, 1563-1576 

{\em12}. C.D.\ Matzner and Y.\ Levin, ``Protostellar Disks: Formation,
Fragmentation, and the Brown Dwarf Desert'' 2005, {\em ApJ}, 628, 817-831

{\em11}. {\bf A.J.\ Calzavara} and C.D.\ Matzner, ``Supernova Properties from Shock
Breakout X-Rays'' 2004, {\em MNRAS}, 351, 694-706

{\em10}. U.L. Pen, C.D. Matzner, and
{\bf W. Shingkwong}, ``The Fate of Nonradiative Black Hole Accretion:
Magnetically-Frustrated Convection'' 2003, {\em ApJL}, 596, 207-210

{\em9}. C.D. Matzner, ``Supernova Hosts for Gamma-Ray Burst Jets: Dynamical
Constraints.'' 2003, {\em MNRAS}, 345, 575-589

{\em8}. C.D. Matzner. ``The Role of Massive Stars in the Support and
Destruction of Giant Molecular Clouds.'' 2002, {\em ApJ}, 566, 302-314 

{\em7}. J. Tan, C.D. Matzner, and C.F. McKee.  ``Trans-relativistic
Blastwaves in Supernovae as Gamma Ray Burst Progenitors.'' 2001, {\em
ApJ}, 551, 946-972

{\em6}. Y.Q. Wu, C.D. Matzner, and P. Arras. ``R-modes in Neutron Stars
with Crusts: Turbulent Saturation, Spin-down, and Crust Melting.''
2001, {\em ApJ}, 549, 1011-1020

{\em5}. C.D. Matzner and C.F. McKee. ``Efficiencies of Low-Mass Star and
Star Cluster Formation.'' 2000, {\em ApJ}, 545, 364-378

{\em4}. C.D. Matzner and C.F. McKee. ``Bipolar Molecular Outflows Driven by
Hydromagnetic Protostellar Winds.'' 1999, {\em ApJL}, 526, 109-112

{\em3}. C.D. Matzner and C.F. McKee. ``The Expulsion of Stellar Envelopes in
Core-Collapse Supernovae.'' 1999, {\em ApJ}, 510, 379-403

{\em2}. G. Ushomirsky, C.D. Matzner, E.F. Brown, L. Bildsten, V.G. Hilliard,
and P.C. Schroeder. ``Light Element Depletion in Contracting Brown Dwarfs and Pre-Main-Sequence
Stars.'' 1998, {\em ApJ}, 497, 253-266

{\em1}. L. Bildsten, E.F. Brown, C.D. Matzner, and G. Ushomirsky. ``Lithium
Depletion in Fully Convective Pre--Main--Sequence Stars.'' 1997, {\em
ApJ}, 482, 442-447 

%(list here)

\medskip
\medskip

\item[8.] \underline{Non-Refereed Publications, Book Reviews and Invited 
Reviews}
 
\medskip

\centerline{\em Encyclopedia Entry}

{\em 9}. ``Diffuse Matter in Space'' (15 pages) in {\em McGraw-Hill Science
  Encyclopedia}.  [Editor and author, 2004 and 2010]

\centerline{\em Book Review}

{\em 8}. ``Astrophysical Fluid Dynamics,'' C.J. Clarke \& R.F. Carswell, 
Cambridge University Press [Book review for publisher, 2004] 

\centerline{\em Conference Proceedings}
{\em 7}. {\bf R.-F. Shen} \& C.D. Matzner, ``Evolution and Precession of Accretion Disk in Tidal Disruption Events'' 2012, in {\em Tidal Disruption Events and AGN Outbursts}, Madrid, Spain, Edited by R. Saxton; S. Komossa; EPJ Web of Conferences, Volume 39 (4pg)

{\em 6}. {\bf S.C.C. Yeh} \& C.D. Matzner, ``Mass-Loading In Galactic
Winds: The Role Of Photoevaporation And Wind Ablation'' 2009, in {\em
  The Role of Disk-Halo Interaction in Galaxy Evolution: Outflow vs
  Infall?}, ed. M.~de~Avillez


{\em 5}. {\bf K.M. Kratter}, C.D. Matzner, \& M. Krumholz, ``Embedded,
Accreting Disks in Massive Star Formation,'' (8\,pg.) 2008, in {\em Massive
  Star Formation: Observations Confront Theory}, ed. H.~Buether \&
H.~Linz

{\em 4}. C.D. Matzner, ``Gamma-Ray Bursts and Relativistic Phenomena in
Supernovae: Solutions to the Baryon-Loading Problem,'' 2003, Proceedings of
AAS Special Session on Core-Collapse Supernovae, ed. C.L.~Fryer

{\em 3}. C.D. Matzner, J.C. Tan, \& C.F. McKee. ``Trans-Relativistic
Supernovae, Circumstellar Gamma-Ray Bursts, and Supernova 1998bw.''
2001, in {\em Gamma 2001}, ed. S. Barnes

{\em 2}. C.D. Matzner. ``Feedback from Protostellar Outflows in Star and Star
Cluster Formation.''  2000, in {\em From Darkness to Light: Origin and
Early Evolution of Young Stellar Clusters} ed. T. Montmerle and
P. Andr\'e

{\em 1}. C.D. Matzner \& C.F. McKee. ``The Formation of
Clusters of Low-Mass Stars.'' 1999, in {\em Star Formation 1999},
ed.~T. Nakamoto



\item[9.] \underline{Manuscripts in Preparation}
%
% \medskip

C.D.~Matzner, `Jeans Mass Evolution in Star Cluster Formation'

C.D.~Matzner \& Y.~Levin, `Disk Wind Feedback: Implications for Gamma-Ray Bursts, Common Envelopes, and Tidal Disruption Events' 

N.~Afsariardchi, C.D.~Matzner, S.~Ro, \& Y.~Levin, `Aspherical Supernovae: Breakout and Circumstellar Emission'

S.Ro \& C.D.~Matzner, `Hydrodynamics of Stellar Eruptions' 

M.~Rahman, C.D.~Matzner, D.S.~Moon, N.~Murray,  M.~Cunningham, \& P.~Jones, `Giant Molecular Shell Expansion Around the Dragonfish Nebula' 



%\medskip\medskip
%\clearpage
\item[10.] \underline{Invited Lectures}

{\em 51.} ``Massive Star Clusters: Rapid Growth and Regional Consequences'', {\em Mt.\ Stromlo Observatory Colloquium}, Canberra, Australia, 3 May 2016

{\em 50.}``Star Cluster Formation: Accretion and Feedback'', {\em Australian Astronomical Observatory Colloquium}, Sydney, Australia, 28 April 2016

{\em 49.} ``Massive star clusters: Birth to Adolescence'', {\em Monash Centre for Astrophysics Seminar}, Melbourne, Australia, 12 April 2016

{\em 48.} ``Oblique shock breakout in supernovae and x-ray flashes'', {\em Monash Centre for Astrophysics High-Energy Seminar}, Melbourne, Australia, 31 March 2016

{\em 47.} ``Supernova hydrodynamics: shock propagation, shock breakout, and non-spherical effects'', in {\em Central Engines in the High-Energy Universe}, KEK, Tsukuba, Japan, 6-9 Oct\ 2015 [three 90-min lectures]

{\em 46.} ``Turbulent birth of a massive star cluster'', University of Arizona Astronomy Colloquium, Tucson, AZ, 24 Sept 2015 

{\em 45.} ``Accretion and feedback dynamics in star cluster formation'', McMaster Star Formation Journal Club, Hamilton, ON, 9 April 2015

{\em 44.} ``Investment Advice for Star Destroyers'', Inst.\ for Advanced Study / Princeton Joint Colloquium, Princeton, NJ, 17 March 2015

{\em 43.} ``Shock Breakout and Exotic Transients from Supernovae'', ITC Lunch Talk, Cambridge, MA, 30 October 2014

{\em 42.} ``Dynamics of Star Cluster Formation in Molecular Clouds'' Harvard/ITC colloquium, Cambridge, MA, 30 October 2014

{\em 41.} ``Star formation feedback on intermediate scales'', KITP Blackboard Talk, Kavli Institute for Theoretical Physics, Santa Barbara, CA, 18 June 2014

{\em 40.} ``Feedback and accretion in star cluster formation'', in {\em Fire Down Below}, Kavli Institute for Theoretical Physics, Santa Barbara, CA, 16 April 2014

{\em 39.}  ``Supernova Shocks and Breakout Transients'', Joint Institute for Laboratory Astrophysics Colloquium, Boulder, CO, 4 November 2013

{\em 38.} ``Stellar Tidal Disruptions by Super-Massive Black Holes: A Laboratory for Young Disk Evolution'', Physics colloquium, Monash University, Melbourne, Australia, 26 July 2012

{\em 37.} ``Jets from Various Systems: Their Similarities and Differences'' (Panelist), ALMA/NAASC 2012 Workshop: Outflows, Winds and Jets, Charlottesville, VA, 3 March 2012

{\em 36.} ``Massive Star Feedback and Large-Scale Interactions,'' International Summer Institute for Modeling in Astrophyiscs (ISIMA), KIAA-PKU, Beijing, China, 31 July 2011

{\em 35.} ``Protostellar Outflows and Stellar Feedback in Low-Mass Star Formation,'' ISIMA, KIAA-PKU, Beijing, China, 30 July 2011

{\em 34.} ``Self-Gravitational Instability in Star Formation: Disks and the Formation of Stellar Systems,'' ISIMA, KIAA-PKU, Beijing, China, 28 July 2011

{\em 33.} ``Outflow-Driven Turbulence in Star Cluster Formation'' Institute for Theory and Computation lunch seminar, Harvard-Smithsonian CfA, Cambridge, MA, 6 May 2010 

{\em 32.} ``Non-Radiative Accretion in Sgr A*'' Institute for Theory and Computation colloquium, Harvard-Smithsonian CfA, Cambridge, MA, 6 May 2010 

{\em 31.} ``Accretion and polarization in Sgr A*, the Galactic Center black hole'' University of Virginia Astronomy colloquium, Charlottesville, VA, 15 April 2010

{\em 30.} ``What is the nature of accretion onto Sgr A*?'' University of Laval Astronomy Colloquium, Quebec, QC, 20 November 2009

{\em 29.} ``Transrelativistic blastwaves and prompt SN signals from
ordinary SNe'' {\em RogerFest}, Caltech, 22 August 2009

{\em 28.} ``Environmental effects in stellar multiplicity'' Theoretical Astrophysics Center Seminar, University of California, Berkeley, CA, 4 May 2009

{\em 27.} ``New developments in Shock Breakout Models for  Gamma-Ray Bursts'' UC
  Berkeley Theory Lunch talk, 25 Feb 2009
  
{\em 26.} ``Mystery of the Low-Luminosity Gamma-Ray Bursts'' UC Santa Cruz/Lick
  Observatory FLASH seminar, 20 Feb 2009

{\em 25.} ``Shock Breakouts and Low-Luminosity Gamma-Ray Bursts'' University of
  Wisconsin-Madison  Astronomy Colloquium, 11 November 2008 

{\em 24.} ``Three  Kinds of Feedback in Star Formation'' Mt Stromlo Observatory
  Colloquium, Canberra, 28 August 2008

{\em 23.} ``Large-Scale Aspects of Star Formation,'' lecture in the
{\em Naramata Summer School on the Interstellar Medium}, 29 August
2007

{\em 22.} ``Dynamical Feedback in Star Formation'' in {\em Star Formation through Cosmic Time}, KITP, U.C. Santa
Barbara, 27 August 2007

{\em 21.} ``Dynamics of Star Cluster Formation'' (Discussion leader, with
Ralf Klessen) in {\em Star Formation, Then \& Now}, KITP, U.C. Santa
Barbara, 16 August 2007

{\em 20.} ``Turbulence in Star Formation'' (Discussion leader, with
Steven Balbus) in {\em Star Formation, Then \& Now}, KITP, U.C. Santa
Barbara, 14 August 2007

{\em 19.} ``Circumstellar Gamma-Ray Bursts'' 8 June 2007, in {\em RAMfest:
  Relativistic Astrophysics}, University of Texas, Austin

{\em 18}. ``Environment and Multiplicity'' in {\em Multiplicity and
  Star Formation}, 17 May 2007, University of Toronto

{\em 17}. ``Star Formation -- Feedback and Environmental Effects''
Interstellar Medium Seminar, 16 May 2007, University of Wisconsin,
Madison 

{\em 16}. ``The Influence of Stars on Star Cluster Formation''
Astronomy Colloquium, 15 May 2007, University of Wisconsin, Madison

{\em 15}. ``Stellar feedback, the ends of the IMF, and star cluster
formation'' 4 May 2007, CfA Radio Group Lunch Talk,
Harvard-Smithsonian Center for Astrophysics 

{\em 14}. ``Disk Fragmentation, the Brown Dwarf Desert, and the Stellar Upper
  Mass Limit'' 13 April 2007, {\em From Stars to Planets}, University
  of Florida, Gainesville

{\em 13}. ``Relativistic Potentials: Context and Feedback'' 2 June 2006,
  Toronto, ON: {\em FLAMR workshop on relativistic numerical
    astrophysics}, University of Toronto

{\em 12}. ``Feedback in the Formation of Star Clusters'' 7 February 2006,
  Toronto, ON: York University Physics Colloquium

{\em 11}. ``Characteristic Masses in Star Formation'' 14 December 2005,
  Melbourne, Australia: Melbourne University Astronomy Colloquium

{\em 10}. ``Regimes of Black Hole Accretion'' 18 May 2005, Rochester Astronomy
Colloquium, Rochester, NY

{\em 9}. ``Magnetized Black Hole Accretion'' 16 April 2005, {\em The Paradoxes of
  Massive Black Holes } KITP, Santa Barbara, CA

{\em 8}. ``Energy Feedback in Supernova Core Collapse.'' 14 June 2004,
CASCA Annual General Meeting, Winnipeg, Manitoba

{\em 7}. ``Nonradiative Accretion at the Galactic Center.''  25 September 2003,
University of Michigan Astronomy Colloquium, Ann Arbor, MI

{\em 6}. ``Accretion onto Sgr A*.''  30 July 2003, IfA Astronomy Colloquium,
Honolulu, HI

{\em 5.} ``Massive Stars and Molecular Cloud Disruption.'' 21 April 2003, Northwestern University  Astrophysics Seminar, Evanston, IL

{\em 4}. ``Gamma-Ray Bursts and Relativistic Phenomena in Supernovae.'' 4 June
 2002, AAS Topical Session, Albuquerque, NM

{\em 3}. ``Feedback from Star Formation and its Implications.'' 22 March 2002, Astronomy
 Colloquium, University of Toronto, ON
 
 {\em 2.} ``Supernova Hosts for Gamma-Ray Bursts.'' 10 March 2001, Astronomy Colloquium, Columbia University

{\em 1}. ``Feedback from Protostellar Outflows in Stellar
Cluster Formation.'' 2000, Three-Islands Conference on
Stellar Cluster Formation, Carg\`ese, Corsica%, France
%\\


%\medskip
\medskip

\item[11.] \underline{Contributed Presentations}

\setlength{\parindent}{-2ex}
\medskip
{\em 41.} ``Star Cluster Formation: Stellar Feedback Versus Large-Scale Mass Accretion'', {\em ANITA Workshop}, Melbourne, Australia, 11 Feb 2016

{\em 40.} ``Weak Explosions: Shock Formation and Mass Ejection'', {\em Electron Capture Supernovae and Super-AGB Stars}, Monash University, Melbourne, Australia, 4 Feb 2016

{\em 39.} ``Observational Handles on Feedback Regimes in H II Regions and Starburst Galaxies'', U.C. Berkeley Astrophysics Lunch Seminar, 3 June 2013

{\em 38.} 	``Oblique Shock Breakouts in Asymmetrical Supernovae'', U.C. Berkeley Astrophysics Lunch Seminar, 3 June 2013

{\em 37.} ``Feedback Modes around Massive Star Clusters'', Ontario Star Formation Jamboree, McMaster University Origins Institute, Hamilton, ON, 7 May 2013

{\em 36.} ``The 30 Doradus Nebula: An Imaging Study of Molecular and Ionized Hydrogen'' (poster, presented by S.Yeh), American Astronomical Society, Long Beach, CA, 4 Jan 2013

{\em 35.} ``The Evolution and Precession of A Tidal Disruption Event Accretion Disk'' (presented by R.\,F.~Shen),{\em Tidal Disruption Events and AGN Outbursts Workshop}, 27 June 2012, ESAC, Madrid, Spain. 

{\em 34.} ``Line Diagnostics of Jet Confinement in Ultracompact HII Regions'' (poster), ALMA/NAASC 2012 Workshop: Outflows, Winds and Jets, Charlottesville, VA, 4 March 2012

{\em 33.} ``Feedback Mechanisms in Turbulent Star Formation'' {\em SISSA seminar}, SISSA, Trieste, Italy, 2 August 2011

{\em 32}. ``When and How Does Protostellar Dynamical Feedback
Matter?'' {\em ALMA Science Workshop}, Charlottesville, VA, 26
September 2008

{\em 31}. ``Protostellar Outflows, Turbulence, and Feedback in Star
Cluster Formation,'' {\em Ontario Star Formation Jamboree}, Toronto,
ON, 28 February 2008

%{\em 30}. ``Shock Breakout Supernovae and a New Class of {\em Swift}
%Bursts,'' {\em RAMfest: Relativistic Astrophysics}, Austin, TX, June 2007

{\em 29}. ``Stellar Masses in Massive Cluster Formation,'' American
Astronomical Society 207th Meeting (oral), 11 January 2006

{\em 28}. ``Small Stars in Big Clusters'' 15 December 2005, Melbourne,
  Australia: Swinburne University Astronomy Colloquium

{\em 27}. ``Low-Mass Star Formation: Initial Conditions and Disk Instabilities'' 2004, {\em Cores, Disks, Jets and Outflows}, Banff, Alberta

{\em 26}. ``Nonradiative Accretion onto Black Holes.'' 2003, University of Utah
Astronomy Seminar, Salt Lake City, UT

{\em 25}. ``Magnetically-Frustrated Accretion: a Solution to the Sgr A*
Enigma?'' [Poster]. 2003, CASCA Symposium, Waterloo, ON

{\em 24}. ``The Formation of Binary Stars.'' 2002, CITA seminar, Toronto, ON

{\em 23}. ``H\,{\footnotesize II} Regions and the Evolution of Giant Molecular
Clouds.'' 2002, Northwestern University Astronomy Seminar, Evanston, IL

{\em 22}. ``H\,{\footnotesize II} Regions and the Evolution of Giant
Molecular Clouds.'' 2002, IGPS (International Galactic Plane Survey)
Conference, Edmonton, AB 

{\em 21}. ``Feedback from Star Formation and the Evolution of Giant
Molecular Clouds.'' 2002, CASCA Symposium, Penticton, BC

{\em 20}. ``Massive Stars and the Nature of Molecular Clouds.'' 2001, Astronomy
Seminar, University of Texas, Austin, TX

{\em 19}. ``The Molecular Galaxy.'' 2001, Astronomy Seminar, St.\ Mary's
University, Halifax, NS

{\em 18}. ``Massive Stars Dominate Feedback in Giant Molecular Clouds.'' 2001,
American Astronomical Society 198th Meeting, Pasadena, CA

{\em 17}. ``The Collapsar Model for Gamma-Ray Bursts: Viability and
Implications.'' 2001, Caltech theory seminar, Pasadena, CA

{\em 16}. ``Trans-Relativistic Supernovae and Gamma-Ray Bursts.'' 2001, {\em
  Gamma 2001}, Baltimore, MD

{\em 15}. ``Supernovae and Gamma-Ray Bursts.'' 2001, University of Waterloo
Astronomy Seminar, Waterloo, ON

{\em 14}. ``Feedback and Forcing in Molecular Clouds.'' 2001, {\em Ontario Star
  Formation Jamboree}, Toronto, ON

{\em 13}. ``GRBs from Supernovae and Hypernovae.''2000, {\em Kingston 2000},
Toronto, ON 

{\em 12}. ``The Nature of Protostellar Outflows and Their Effects on Star and
Star Cluster Formation.'' 2000, CITA seminar, Toronto, ON

{\em 11}. ``The Nature of Protostellar Outflows and Their Effects on Star and
Star Cluster Formation.'' 2000, CfA star formation seminar, Cambridge, MA

{\em 10}. ``Core-Collapse Supernovae: from Star to Remnant.'' 2000, Caltech
theory seminar, Pasadena, CA

{\em 9}. ``Modeling Bipolar Outflows as Agents of Feedback in Low-Mass Star
and Star Cluster Formation.'' 2000, Caltech Astronomy tea talk,
Pasadena, CA

{\em 8}. ``Hydromagnetic Protostellar Winds, Molecular Outflows, and Feedback in
Star Formation.'' 2000, {\em Ontario Star Formation Jamboree}, Toronto, ON

{\em 7}. ``Gas Dynamics of Stellar Cluster Formation.'' 1999,
American Astronomical Society 192d Meeting, \#118.03

{\em 6}. ``Gas Dynamics of Stellar Cluster Formation.'' 1998,
Center for Star Formation Seminar, NASA--Ames Research Center,
Mountainview, CA

{\em 5}. ``Age Constraints for Young Clusters from the Depletion
of Light Elements in Contracting Low-Mass Stars and Brown Dwarfs'' [Poster].
1998, Protostars and Planets IV, Univ. of CA at Santa Barbara 

{\em 4}. ``Model-Independent Cluster Ages from Lithium Depletion
in Low-Mass Members.'' [Poster] 1998, NATO Advanced Study Institute,
Heraklion, Crete, Greece

{\em 3}. ``Dating Young Stellar Clusters Using Lithium
Depletion.'' 1997, Center for Star Formation Seminar,
NASA--Ames Research Center, Mountainview, CA 

{\em 2}. ``The Expulsion of Stellar Envelopes in Core-Collapse Supernovae''
[Poster].  1997, American Astronomical Society, 191st Meeting,
\#39.08

{\em 1}. ``Light-Element Depletion in Pre--Main Sequence
Stars.'' 1997, Les Houches Summer School on Star Formation and
Starburst Galaxies, Les Houches, France 

%Additional regular presentations at AAS and CASCA symposia.
%(Additional presentations available at \Homepage.)

%\centerline{\em Upcoming Invited Lectures}%\\

%\centerline{\em Other Upcoming Lectures} 


\end{itemize} 

%\medskip%\bigskip
%\clearpage
\item[\bf D.] {\bf Teaching and Supervision}

\begin{itemize} 
\item[12a.] \underline{Undergraduate Courses}

\begin{tabbing} 
%AST 251 F/S  \== Life on Other Worlds \== F03, F04, S04, F05, S06 \kill
SCI/PMU 199H \== First-Year Seminar: Formation (E. Deibert) \== F09, F10, S11, S12, S15  \kill
AST  430H \>  Supervised Reading Course (E.\ Deibert) \> S16 \\ 
SCI/PMU 199 \> First-Year Seminar: Astronomy  \> S12, S15 \\ 
\> ~~~at the Frontier \>  \\
AST 221 \> Stars \& Planets \> F14 \\ 
AST 320   \> Introduction to Astrophysics \> S08, S10, S11,S12, S13 \\ 
AST 101 \> The Sun and its Neighbours \> F12 \\
SCI/PMU 199 \> First-Year Seminar: Formation  \> F09, F10, S11 \\ 
\> ~~~of Stars, Planets, and Life \>  \\ 
AST 251   \> Life on Other Worlds \>  F03, F04, S04, F05, S06\\ 
AST  425 \> Supervised Research \> 03-04, 07-08 
\end{tabbing}

%\medskip%\bigskip

\item[12b.] \underline{Graduate Courses}

\begin{tabbing} 
AST 2030H  ++ \== Physics of the Interstellar Medium\== F02, F04, S07, F09, F11, S14, S15  \kill
Mini-course \> Order-of-Magnitude Astrophysics \> F15 \\ 
AST 1440 \> Radiation Processes \> F13, F15 \\ 
G2000  \> Graduate Research Seminars \>  03/04, 12/13, 13/14, 16/17 \\
AST 3020H \> Advanced Topics in Star Formation \> F12 \\
AST 2030H   \> Physics of the Interstellar Medium \> F02, F04, S07, F09, F11, S14, F15 \\
Mini-course  \> Astrophysical Fluid Dynamics  \> S02 %\\
%AST  \>  \\
\end{tabbing}

%\medskip%\bigskip
 
\item[12c.] \underline{Theses Supervised}

\centerline{\em Undergraduate}%\\
\begin{tabbing}
Heather Cameron, ``Collimation in MHD Winds''\==  June
2003 -- Sept.\ 2004 \kill
Carly Berard \> Sept 2014 -- April 2015 \\ 
Ryan Underwood \> Sept 2013 -- April 2014 \\ 
Yi Feng \> June 2012 -- Sept 2012\\ 
Jason Leung \> Sept 2010 -- July 2011\\ 
Heidi White \> Summer 2010 \\ 
Brent Arsennault \> Summer 2010 \\ 
Dan Wallbank \> April 2008 -- September 2009 \\ 
Micha Gorelick \> March 2008  -- April 2010  \\
George Conidis \> Oct 2007 -- September 2008
\\
Jane Lee \> May -- August 2007
\\
Stephen Green (Coadvised with U. Pen)\> Summer 2004 
\\
Lucy Zhang\> Feb 2003 -- Sept 2005
\\
Andrew Calzavara\> September 2002 -- September 2004
\\
%% Mubdi Rahmann\> Feb. 2003 -- April 2004
%% \\
Nazim Hussain (Coadvised with U. Pen)\> Summer 2003
\\
Hans Hamm (Coadvised with U. Pen)\> Summer 2003
\\
Adrian Mariampillai\> Summer 2001
\end{tabbing}

%\clearpage
\centerline{\em Graduate  -- Masters}
\begin{tabbing}
Heather Cameron, ``Collimation in MHD Winds''\==  June
2003 -- Sept.\ 2004 \kill
%Shengling Jing \> May 2013 -- Sept 2013 \\ 
%Jielai Zhang \> May 2013 -- present\\ 
Niloufar Afsari \> Oct 2014 -- present \\ 
Peter Jumper \> Oct 2013 -- June 2014 \\ 
Pegah Salbi \> Sept. 2012 -- May 2014 \\ 
Stephen Ro \> Jan 2012 -- Dec 2012 \\ 
Etsuko Mieda \> May 2010 -- May 2011 \\ 
Sherry Yeh\> May 2007 -- Sept 2007\\
Daniela Goncalves\> May 2006 -- Oct. 2006 \\ 
Kaitlin M.~Kratter \> Sept 2005 -- May 2006 \\ 
Luke Stern \> Sept 2004 -- Dec 2004\\
Hans Hamm (Coadvised with U. Pen)\> Sept 2003 -- April 2004\\
Hilding Neilsen\> Sept.\ 2003 -- May 2004\\
Wong Shingkwong (Coadvised with U. Pen)\> Summer 2003 \\
I-Hui Li\> Oct 2002 -- Dec.\ 2003 \\ 
\end{tabbing}

\centerline{\em Graduate -- Ph.D.} 
\begin{tabbing}
Niloufar Afsariardchi, {\em Supernova-Related Transients} ++\= Aug 2016 -- present\kill
Niloufar Afsariardchi, {\em Supernova-Related Transients} \> Aug 2016 -- present\\ 
Peter Jumper, {\em Feedback in Star and Galaxy Formation} \> Oct 2014 -- present \\ 
Britta Hansen, {\em Star Cluster Formation} \> March 2014 -- April 2015 (on leave) \\ 
Pegah Salbi, {\em Supernova-Related Transients: } \> Oct 2013 -- May 2014 \\ 
{\em ~ Theory and Observation} \\
Stephen Ro, {\em Stars: Structure, Winds, Explosions} \> Sept 2012 -- present \\
Sherry Yeh, {\em Interplay Between Starbursts  } \> Nov 2007 -- Nov 2012
\\{\em~and their Interstellar Medium}\\
Mubdi Rahman,$^{\dag}$ {\em The Milky Way's Largest Star} \> January 2009 -
July 2012\\ {\em ~ Clusters:  Engines of Galaxy Evolution} \\
Kaitlin M.~Kratter,$^\ddag$ {\em Protostellar Disks: Form- } \> Jan 2007 --
June 2010 \\{\em~ ation and
 Fragmentation During Star Cluster Creation}\\
Heather Cameron, {\em Collimation in MHD Winds}\>  June
2003 -- Sept.\ 2004
\end{tabbing}
{\footnotesize 
$^\dag$ 2011 Adel S. Sedra Graduate Scholar for academic and extracurricular leadership\\
$^\ddag$  2011 Plaskett Award for Best Dissertation, Canadian Astronomical Society; \\
\phantom{$^\ddag$} 2012 Hubble Fellow; now Asst.\ Prof.\ at U.\ Arizona 
}

%\newpage 

\centerline{\em Postdoctoral} 
\begin{tabbing}
Heather Cameron, ``Collimation in MHD Winds''\==  June
2003 -- Sept.\ 2004 \kill
Rongfeng Shen \> Sept.\ 2010 -- Aug.\,2013 \\ 
Rhianne Attwood \> Feb.\ 2009 -- May \,2009\\
Ruben Krasnopolsky\> Sept.\ 2005 -- Mar.\,2008 
\end{tabbing}

 
\item[12d.] \underline{Other Teaching}

\setlength{\parindent}{-2ex}
\medskip
%\begin{tabbing}
%Philippe M. Teillet++\=A New Approximate Star, 19  - 19 \=  \kill
Invited senior lecturer, {\em High-Energy Astrophysics Summer School}, Tsukuba, Japan, October 2015

Invited senior lecturer, {\em 2011 International Summer Institute on Modeling in Astrophysics}, Beijing, China, June-July 2011

Invited speaker, {\em Academic Jobs Panel}, Harvard-Smithsonian Center for Astrophysics, 5 May 2010

Author, {\em Research Resources for the Ambitious Undergraduate 
or Beginning % }\\{\em 
Graduate Researcher in Astronomy \& Astrophysics,}\ web document: 
%web document:

~~~www.cita.utoronto.ca/$\sim$matzner/svc/resources.html,  2004 -- present
%% \end{tabbing}
%% \begin{tabbing}
%% %Philippe M. Teillet++\=A New Approximate Star, 19  - 19 \=  \kill

Invited speaker for ``Teaching in Higher Education'' (THE500H), on two
occasions: 27 Oct. and 11 Nov., 2003
%\end{tabbing}

%\eject
\centerline{\em Seminar Organization} 
``Order-of-Magnitude Astrophysics'' problem-solving sessions, Dec 2004.

``Toronto Astrophysical Gas and Fluid Dynamics Group'' weekly seminar
of presentations by CITA, Astronomy, and Geology members, Oct.\ 2003
-- June 2004, Sept-Dec 2004.  (41 sessions:
www.cita.utoronto.ca/$\sim$matzner/TGGD/)

``Interstellar Medium Discussion Group'' weekly seminar,
Sept-Dec 2002. 

``Gamma-Ray Burst Discussion Seminars'' 2001. 

\centerline{\em Public Lectures and Outreach Activities} 
11. ``Interstellar Messaging'' [Invited], Monash University Public Astronomy Talk, Melbourne, Australia, 10 May 2016 

10. ``Three Mysteries of Stellar Death'', Huntsville High School guest lecture, Huntsville, Ontario, 2013 

9. ``Star Clusters: Engines of Galactic Turmoil'' Toronto Library System Public Lecture, 2013

8. ``Stellar Demise: Three Mysteries and Three Prophesies'' Toronto Library System Public Lecture, 2013

7. ``The Spectacular Deaths of Stars'' Astronomy \& Space Exploration Society Star Talk, University of Toronto, 2013

6. ``Stars, Atoms, and Us'' Royal Astronomical Society of Canada public lecture, David Dunlop Observatory, 2010 

5. ``Meteorites and the Formation of our Solar System'' Bloor Collegiate High School (9th-grade class of Kathleen Leroy), 2010

4. Webcast lecture and interview with Grade 3 class of Cindy Jensen, Victoria, BC, 2 March 2010 (in collaboration with Mike Reid and Libby Harper-Clark). 

3. ``The Sky in Motion'' Royal Astronomical Society of Canada, 2002

2. ``The Sky in Motion'' University of Toronto, 2001

1. ``Why Stars Form in the Dark'' San Mateo Astronomical Society, 1998 

%\end{tabbing}


\end{itemize}
%\clearpage
\item[\bf E.] {\bf Administrative Positions}

\begin{itemize} 

\item[13a.] \underline{Within University}

\medskip
Astronomy \& Astrophysics Chair Search Committee, 2015\\ 
Astronomy Graduate Chair Search Committee, 2015 \\ 
UTEA (U.~Toronto Excellence Award) Selection Committee, 2013\\ 
Astronomy Dept. / Dunlap Institute Joint Search Committee, 2011-2012\\
Dunlap Institute Lecturer Search Committee, 2011 \\ 
SciNet Local Resource Allocation Committee, 2009, 2010, 2011 \\
                               %not yet on CV.tex. 
CITA Director Search Committee, 2006 

\setlength{\parindent}{-2ex}
{\em Dissertation Exam Chair}: \\
Tomoko Arimura (Ontario Institute for Studies in Education), 24 Aug.\ 2015\\ 
Le Zhang (Electrical \& Computer Engineering), 23 July 2015\\ 
Scott Briggs (Civil Engineering), 11 Sept.\ 2014 \\ 
Ko-Lun Chen (Mech.\,Eng.), 3 Sept.\ 2013\\ 
 Trevor VandenBoer (Chemistry), 16 Aug.\ 2012 \\
 Yonggang Liu (Physics), 2011\\
Saba Zuberi (Physics), 2010 \\
Elias Guestrin (Electrical \& Computer Eng.), 5 October 2009 \\
 Todd Chisholm (Aerospace Eng.), 13 June 2007 \\ 
 Stephane Levesque (Chem. Eng.), 13 Sept.\ 2006


\centerline{\em Within Department} 
Associate Chair (Graduate), 2016-2018

Astronomy Colloquium Co-Organizer, 2006-2009, 2010/11, 2013/14, 2015/16

Chair Search Committee Member, 2015

Advancement Committee Member, 2014, 2015

Tenure Review Committee, 2013, 2014

Vanier Fellowship Nomination Committee, 2013

Banting Fellowship Nomination Committee, 2014

%Departmental Awards Committee, 2013-2014

Astronomy Mini-Course Coordinator, 2006/7, 2013/14

Astronomy Qualifying Exam Committee, 2010, 2012, 2013, 2014

Undergraduate Curriculum Committee, 2012

Astronomy Graduate Admissions Committee, 2005 -- present (except 2009, 2014)

Chair, Astronomy First-Year Graduate Guidance Committee, 2005 -- 2014

Co-Organzier, DAA-CITA day, 2009

OGSST Scholarship Selection Committee, 2007

Helen Sawyer Hogg Visitorship Committee, 2004

Astronomy Faculty Search Committee, 2003--2004, 2013-2014

Astronomy Mini-course Coordinator, 2006 -- 2007, 2014

Astronomy Preliminary Exam Committee, 2004


{\em PhD Committees}: Jennifer Karr, Tim Rothwell, Paula
Ehlers, Jenna O'Neill, Heather Cameron, I-Hui Li, Marija Stankovic,
Lawrence Mudryk, Duy Nguyen, Daniela Goncalves, Elizabeth
Harper-Clark, Laura Fissel, Richard Chou, Dan Taranu, Greg Paciga, Ilana MacDonald, Alana Rivera-Ingraham, Zhiqi Huang, Guillaume Barlet (Geology), Jeffrey Fung, Charles Zhu, Nick Tacik, Britta Hansen, Peter Jumper, Fei Li, Eliot Meyer, Epson Heringer

{\em Qualifying Exam Committees}: Jennifer Karr (2001), Jenna O'Neill (2002),
Megan McClure (2002, 2004), Lawrence Mudryk (2002), Paula Ehlers
(2003), Martin Durant (2004), I-Hui Li (2004), Ting ting Lu (2004),
Heather Cameron (2004), Tim Rothwell (2004), Duy Nguyen (2006),
Rodrigo Fernandez (2006), Zhiqi Huang (2007), Kaitlin Kratter (2007),
Bijia Pang (2007, Physics), Daniela Goncalves (2007), Elizabeth Harper-Clark
(2008), Alana Rivera-Ingraham (2009), Mubdi Rahman (2009), Ilana MacDonald (2010), Dan Taranu (2010), J.D. Emberson (2013), Nathan Heatherington (2013), Jielai Zhang (2014), Eliot Meyer (2014), Andrey Vayner (2015), Shenglin Jing (2016), Epson Heringer (2016), Dana Simard (2016)

{\em First-Year Graduate Project committees}: Kaitlin Kratter (twice),
Tingting Lu, Arabindo Roy, Caroline d'Angelo, Marco Viero, Mirza
Ahmic, Zhiqi Huang, Libby Harper-Clark, Sherry Yeh, Alana
Rivera-Ingraham, Mubdi Rahman, Jamil Shariff, Peter Jumper, Nilou Afsari, Emil Terziev 

{\em Thesis Defense Committees}: Jennifer Karr (2002), Robert Reid
(2003), Stephane Levesque (2006, Chem. Eng.), Todd Chisholm (2007,
Aerospace), Lawrence Mudryk (2007), Lihong Yao (2009), Elias Guestrin (2010, Electrical \& Computer Engineering), Saba Zuberi (2010, Physics), Zhiqi Huang (2010), Bijia Pang (2010, Physics), Yonggang Liu (2011, Physics), Elizabeth Harper-Clark (2011), Sherry Yeh (2012), Mubdi Rahman (2012), Trevor vandenBoer (2012, Chemistry), Juan Soler (2013), Laura Fissel (2013), Greg Paciga (2013), Ko-Lun Chen (2013, Mech.\,Eng.), Ilana Macdonald (2013),  Scott Briggs (2014, Civil Engineering), Matt Russo (2015, Physics), Sergei Ossokine (2015)

Public Liaison, U.C. Berkeley Astronomy Department, 1998 

\medskip%\bigskip


\item[13b.] \underline{Outside University}

\setlength{\parindent}{-2ex}

\medskip
Regular referee for {\em ApJ, ApJL, MNRAS}; occasional referee for {\em Nature}

Reviewer, Israeli Science Foundation, 2012, 2013 

Reviewer, Austrian Science Fund (FWF), 2013

Reviewer, J.C. Maxwell Telescope proposals, 2012, 2013

Reviewer,  CFHT telescope proposals, 2012, 2013

Advancement reviewer for a Canadian university, 2013 

Reviewer for {\em Cosmic Evolution: An Introduction to the Sciences of Astrobiology} by David Koerner (W.H. Freeman), 2012

Chair, Ontario Graduate Scholarship adjudication committee, 2010

Panelist, U.S. National Science Foundation, 2008, 2009, 2011, 2012

Review panel member, NASA, 2008, 2014 

Referee, Canada Research Chairs Program, 2007 

Reviewer,  Gemini telescope proposals, 2004 (two), 2006

Referee, NSERC Discovery Grant program, 2005, 2010, 2012, 2013

Referee, U.S. National Science Foundation major computation grant, 2014 

Referee, U.S. National Science Foundation major institution grant, 2004 

Judge, John G. Althouse Middle School Science Fair, Toronto, 2003

Consultant on supernovae (2006) for {\em The Ten Most Fascinating
  Phenomena}, J.~D.~Wilhelm, ed (Oakville, ON: Rubicon)

Astrophysics consultant (1999, 2000) for {\em Who We Are: A Chronicle
of the Ideas That Shaped Our World} (both editions), Kirk Heriot, 2000. (San
Francisco: Lost Coast)  

Mosby Brothers Publishing.
Physics Textbook Consultant, 1994

Brooks/Cole Publishers. 
Physics Textbook Consultant, 1994 

Chinatown After-School Program of Phillips Brooks House, Harvard
University. Volunteer, 1991--1993 


\item[\bf F.] {\bf Supplementary Information}

My PhD student Kaitlin Kratter received the 2011 Plaskett Award for Best Dissertation from the Canadian Astronomical Society and was named a Hubble Fellow in 2012 on the basis of work done under my supervision. 

My PhD student Mubdi Rahman was named a 2011 Adel S. Sedra Graduate Scholar in recognition of academic and extracurricular leadership. 

I have taken two parental leaves after the birth of my son (3 Jan - 13
March 2005) and daughter (16 Oct 2006 - 5 Jan 2007).  On both
occasions I joined my partner who was working in the United States. 

\centerline{\em Outreach activities}%\\

{\em 36.} ``Ontario Robotic Telescope Proposal Contest'', a student-organized conference (with PMU199H1S students) for 5th and 6th graders, culminating in an award ceremony, robotic observing, and planetarium show, 20 April 2015 (75 minutes)

{\em 35.} ``Colour, Vision, and Spectra'', a student-led presentation (with PMU199H1S students) at the Christie Gardens assisted-living facility, Toronto, 15 April 2015 (120 minutes) 

{\em 34.} Sidewalk solar observing, a student-led presentation (with PMU199H1S students) at Queen's Park, Toronto, 1 April 2015 (120 minutes) 

{\em 33.} ``Sound and Light'', a hands-on set of classroom demonstrations of wave physics, Orde St.\ Public School, Toronto, 28 May 2014 (120 minutes) 

{\em 32.}  ``Spectacular deaths of massive stars'' a Star Talk hosted by the University of Toronto Astronomy and Space Exploration Society (ASX), 26 September 2013 (60 minutes) 

{\em 31.} Toronto Library Public Talk, ``Spectacular Deaths of Massive Stars'', 6 February 2014 (1.5 hours; Jane \& Dundas Branch) 

{\em 30.} Toronto Library Public Talk, ``Star clusters: engines of galactic turmoil'', 4 March 2014 (1.5 hours; Kennedy \& Eglington Branch)

{\em 29.}  Interviewed on supernovae and alien life by Rudy Moscoso for Skedline News, a Humber College news website, 6 February 2014 

{\em 28.}  Guest lecturer on supernovae (via videoconferencing) for the 12th grade class of Ryan Smith of Huntsville High School, Huntsville, Alabama, 27 November 2013

%{\em 28.} Invited panel member for {\em Yuri's Night}, celebration to honour Yuri Gagarin, 12 April 2013

{\em 27.} Interviewed on stellar feedback and supernovae by Justin Trottier for ``The Star Spot'' podcast, 15 March 2013

{\em 26.} Interviewed on meteorites and the impact hazard by Alex Pipes of Discovery Channel's Daily Planet, 15 February 2013

%[Previous 25 entries (television and radio interviews, lectures, etc. omitted for brevity]

{\em 25}. 29 April 2010: Interviewed by Yvette Lang of Marble Media for a History Channel program on the naming of the ``Dragonfish'' HII region 

{\em 24}. 12 March 2007: Interviewed by Nicole Girardin of the National Post on
meteor sightings 

{\em 23}. 7 March 2007: Interviewed by Jennifer Kwan of Reuters Newswire on
government disclosure of UFO files

{\em 22}. November 2006: Letter to the Editor (invited) in The Walrus, regarding
the article ``The Planet Hunters'' (appeared Nov 1)

{\em 21}. 15 June 2006: Interviewed on ``Human space exploration and Stephen
Hawking's Hong Kong announcement'' by Shawna Rae and Scott Kitching of
CJBK radio, London, ON (Live radio interview)

{\em 20}. 15 June 2006: Interviewed for Discovery.ca article ``The Science of
Superman'' by Peter McMahon

{\em 19}. 13 February 2006: Source for Boston Globe article ``For `Man in the
Moon', A Bump on the Head'' by Sridhar Nadamuni

{\em 18}. 11 Oct 2005: Source for UofT Magazine article ``U of T's Oddball
Charms: 16 Unusual, Outrageous and Delightful Tales of Campus Life'',
by Graham F. Scott, Winter 2005/2006 edition

{\em 17}. 13 May 2003: Interviewed by Natasha Eloy for Space/ChumTV with regard to Panspermia (Television interview) 
 %\vspace{0.1cm}\\

{\em 16}. 23 May 2003: Interviewed by Sharon of CFTO Television with regard to Panspermia and SARS (Telephone interview)
 %\vspace{0.1cm}\\

{\em 15}. 2 September 2003: Interviewed by Ian Ha of The Varsity on the uses of the McKenzie computer cluster (Published 15 Sept)
 %\vspace{0.1cm}\\

{\em 14}. 6 September 2003: Interviewed by Natasha Eloy of Space/ChumTV on the end of the Galileo mission (Television interview, aired 19 Sept)
 %\vspace{0.1cm}\\

{\em 13}. 18 September 2003: Interviewed by Natasha Eloy of Space/ChumTV about carbon dioxide in Lake Vostok (Television interview, aired 24 Sept)
 %\vspace{0.1cm}\\ 

{\em 12}. 25 January 2004: Interviewed by Paul Taylor of {\it The Globe \& Mail} on results from the Mars rovers (Front page article, 26 January)
 %\vspace{0.1cm}\\

{\em 11}. 5 February 2004: Interviewed by Katalin Eszterhai of Viva Domenica (Telelatino) on travel to Mars (Television interview, aired 8 Feb.)
%\vspace{0.1cm}\\

{\em 10}. 10 February 2004: Interviewed by Carmen Marra of {\it The Varsity} on the possibility of water on Mars.
 %\vspace{0.1cm}\\

{\em 9}. 27 February 2004: Interviewed by Paul Taylor of {\it The Globe \& Mail} about the Rosetta mission to a comet (Telephone interview, printed 1 March). 
 %\vspace{0.1cm}\\

{\em 8}. 2 March 2004: Interviewed by Stephen Strauss of {\it The Globe \& Mail} about possible results from the NASA Mars rovers (Telephone interview)
 %\vspace{0.1cm}\\

{\em 7}. 2 March 2004: Interviewed by Sheila Callum of CBC Morning News on results from the NASA Mars rovers (Telephone interview)
 %\vspace{0.1cm}\\

{\em 6}. 4 March 2004: Interviewed by Rob Brakenridge of ``The World Tonight'', CHQR Radio (Calgary) on implications of the Mars findings (Live telephone interview). 
 %\vspace{0.1cm}\\

{\em 5}. 15 March 2004: Interviewed by Natasha Eloy of Space/ChumTV about the ``Sedna'' planetoid (Television interview)
 %\vspace{0.1cm}\\

{\em 4}. 15 March 2004: Interviewed by Stephen Strauss of {\it The Globe \& Mail} on the ``Sedna'' planetoid (Telephone interview)
 %\vspace{0.1cm}\\

{\em 3}. 16 March 2004: Interviewed by Emily Ford for a Ryerson University article on ``Sedna'' (Telephone interview)
 %\vspace{0.1cm}\\

{\em 2}. 18 March 2004: Interviewed on CBC Newsworld about Asteroid 2004dh, a close shave for Earth. (Live television interview). 
 %\vspace{0.1cm}\\

{\em 1.} 29 March 2004: Interviewed by Natasha Eloy of Space/ChumTV on
implications of methane on Mars (Television Interview)


\end{itemize}



%% \clearpage

%% \item[\bf F.] {\bf Supplement}

%% \begin{itemize} 

%% \item[14a.] \underline{Name of Faculty}

%% Undergraduates: 8 

%% Graduate students (Masters / Short projects): 5

%% Graduate students (Ph.D.): 1 (not completed) 

%% Postdoctoral fellows: 1 

%% \medskip

%% \item[14b.] \underline{Career Totals of Publications}

%% Refereeed: 12

%% Non-Refereed:  4

%% Encyclopedia entries: 1

%% Technical Reports: 3

%% \medskip

%% \item[14c.] \underline{Technical Writings/Reports}
%% \setlength{\parindent}{-2ex}

%% CITA Annual Report, editor, 2001 and 2002. 

%% C.D. Matzner, Letter to the Editor, April 1993. {\em Physics Today}
%% vol. 46 no. 4 p. 90 

%% C.D. Matzner, ``Nonlinear Scattering by Bubbles in Water'' and ``A
%% Mechanism for Bubble Cloud Nonlinearity.'' 1990, in
%% {\em Department of Defense Science and Engineering Apprenticeship
%% Program, Summer 1990}, Tom Muir, ed., technical report ARL TR 91 5,
%% published by the Dept. of Defense, p. 27

%% C.D. Matzner, Letter to the Editor, June 1981. {\em McDonald
%% Observatory News} 9, 6



%% \end{itemize}

\end{itemize}


\end{document}


