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<a href="../index.html">William Stein's</a> Teaching
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<h3 class=center>Current</h3>
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<li><title>William A. Stein's Homepage</title>

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	 <a href="/pics/new/">
	   <img src="invert.png" width="100%" alt="Click for my pictures" style="margin-bottom:6px;">
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	 <br>
	 Me at Jefferson Skatepark
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	 <a href="http://vertramp.org">
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	 Our new vert ramp in Seattle
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	    <img src="mazur-stein.jpg" width=250 style="margin-bottom:10px;margin-left:20px;"><br>
	    Barry Mazur and I
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	  <table><tr><td>&nbsp;&nbsp;</td><td>
		<h2>William Stein</h2>
		<h4>Professor of Mathematics</h4>
		<span class="color:#444">I do number theory, create software, and skateboard.</span><br><br>
		<a href="http://www.math.washington.edu/General/contact.php">University of Washington</a><br>
		Office:&nbsp; 423 Padelford<br>
		Office Phone: 206-543-1916<br>
		Office Hours: Tuesday 12:30-2:00<br>
		Fax: 206-543-0397<br>                		
		Email: <a href="mailto:[email protected]">[email protected]</a><br>
                <a href="/cv/cv.pdf">CV</a>
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	  <b>Current:</b><br><br>
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		<a href="https://cloud.sagemath.com">The SageMath Cloud Server</a><br>
		<a href="https://github.com/williamstein/2013-480">Math 480: Sage</a><br>
		<a href="https://github.com/williamstein/2013-308">Math 308: Linear Algebra</a><br>
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		<h3 class=center>Past</h3>
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<li> <a href="/edu/2012/ant/">Math 581e: Algebraic Number Theory (Fall 2012)</a></li>
<li>      <a href="http://wstein.org/wiki/edu(2f)2012(2f)480.html">Math 1062: Sage</a></li>
 <li>     <a href="http://wstein.org/wiki/edu(2f)2012(2f)480.html">Math 480/582: Sage</a></li>
<li>   <a href="http://wstein.org/wiki/edu(2f)2011(2f)581g.html">Math 581g: Lectures on Modular Forms and Hecke Operators</a></li>
<li>      <a href="http://wiki.sagemath.org/reu/2011">Summer 2011 REU on Elliptic Curves</a></li>
<li>      <a href="http://wstein.org/wiki/11(2f)480a.html">Math 480a: Sage -- Free Open Source Mathematical Software</a></li>
<li>   <a href="http://wstein.org/wiki/edu(2f)2010(2f)581b.html">Math 581b: Algebraic number theory graduate course</a> </li>
<li>      <a href="http://wstein.org/wiki/edu(2f)2010(2f)581d.html">Math 581d: Computer Programming for Pure Mathematicians</a></li>
<li>  <a href="http://wstein.org/wiki/10(2f)480b.html">2010 Math 480: Computer Programming for the Working Mathematician</a></li>
<li>      <a href="/edu/2010/582e/">2010 Math 582e: Galois Cohomology</a></li>
<li>      <a href="/edu/2010/414/">2010 Math 414: Number Theory</a></li>
<li>      <a href="http://wstein.org/wiki/09(2f)480b.html">2009 Math 480b: Sage - Open Source Mathematical Software</a></li>
<li>      <a href="http://wstein.org/wiki/09(2f)583e.html">2009 Math 583e: Computational Number Theory (part 2)</a></li>
<li>      <a href="http://wstein.org/wiki/09(2f)582e.html">2009 Math 582e: Computational Number Theory (part 1)</a></li>
 <li>     <a href="http://wstein.org/wiki/2008(2f)simuw.html">SIMUW 2008: Financial Time Series, Multifractals and Hidden Markov Models</a>
  <li>      <a href="http://wstein.org/wiki/2008(2f)480a.html">2008 Math 480a: Sage -- Open Source Mathematical Software</a>
  <li>      <a href="http://wstein.org/wiki/ant07">2007 Math 581F: Algebraic Number Theory</a>

         <li>      <a href="/edu/2007/simuw07/index.html">SIMUW 2007: The Riemann Hypothesis<br>
     <li>      <a href="/edu/2007/spring/ent">2007 Course: Elementary Number Theory</a>
     <li>      <a href="/edu/2007/spring/bsd">2007 Course: The Birch and Swinnerton-Dyer Conjecture</a></li>
     <li>      2006 Course: Elliptic Curve Reading Course</li>
     <li>     <a href="/msri06">2006 MSRI Summer Graduate Workshop on Computing with Modular Forms</a></li>
     <li>  <a href="/simuw06">2006 SIMUW 2006: The Congruent Number Problem</a></li>

<li> 2006 Math 583: <a href="../edu/2006/spring/583">Computing with Modular Forms</a>,
          UW, Spring 2006.</li>
<li> 2006 Math 20b: <a href="../edu/winter06/20b">Calculus for Scientists and Engineers</a>,
UCSD, Winter 2006.</li>
<li> Math 168: <a href="../edu/fall05/168/">Explicit Approaches to Elliptic Curves 
and Modular Forms</a>, UCSD, Fall 2005.</li>
<li>Math 129: <a href="/129-05">Algebraic Number Theory</a>, Harvard, Spring 2005.</li>
<li>Freshman Seminar 24g: <a href="/edu/2004/24g/">Freshman 
Seminar on Fermat's Last Theorem</a>, Harvard, Fall 2004.</li>
<li>Math 257: <a href="http://modular.math.washington.edu:9000/classes/257">Computing 
with modular forms</a> (graduate course), Harvard, Fall 2004.</li>
<li><a href="../edu/Spring2004/129">Math 129: Undergraduate Algebraic Number Theory</a>, Harvard, Spring 2004 </li>
<li><a href="/edu/Fall2003/252">Modular Abelian Varieties (Math 252)</a> at Harvard, Fall 2003
  (<a href="../edu/Fall2003/252/final_project">student	projects</a>)	  </li>

<li><a href="/edu/Spring2003/21n">Freshman Seminar on Elliptic Curves</a> at Harvard, Spring 2003</li>

		  <li> <a href="/edu/Fall2002/124">Elementary Number Theory (Math 124)</a> at Harvard, Fall 2002</li>

<li> <a href="/edu/Spring2002/21b">Linear Algebra (Math 21b)</a> at Harvard, Spring 2002</li>

<li> <a href="/edu/Fall2001/124">Elementary Number Theory (Math 124)</a> at Harvard, Fall 2001</li>

<li> <a href="/edu/Fall2001/21b">Linear Algebra (Math 21b)</a> at Harvard, Fall 2001</li>

<li> Many calculus and linear algebra discussion sections at Berkeley, 1995-1998.</li>

		  <li>Discrete Mathematics (Math 55) at <a href="http://www.math.berkeley.edu">Berkeley</a>, Summer 1998</li>
		  <li>Discrete Mathematics at <a href="http://odin.math.nau.edu/">Northern Arizona University</a>, Spring 1995</li>
		  <li>College Algebra at <a href="http://odin.math.nau.edu/">Northern Arizona University</a>, Fall 1994</li>
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