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<!--<!NOTATION gif SYSTEM "image/gif">--><course>
  <lecture>
    <date>January 11</date>
    <lecturer>
      <lectName>Predrag Cvitanovi&#263;? Just SAY IT!</lectName>
      <url href="http://chaosbook.blogspot.com/2010/02/whuz-yr-name.html" />
    </lecturer>
    <lectureNo>1.</lectureNo>
    <lectureTitle>Atlanta snowmageddon</lectureTitle>
    <construction>
      <description>
NOTE: classes cancelled due to icy conditions
      </description>
    </construction>
  </lecture>

  <lecture>
    <date>January 13</date>
    <lectureNo>2.</lectureNo>
    <lectureTitle>Atlanta snowmageddon II</lectureTitle>
    <construction>
      <description>
NOTE: classes cancelled due to icy conditions
      </description>
    </construction>
    <chapter>
      <chapterNo>Chapter 1</chapterNo>
      <chapterTitle>
Gravitational Physics
	  </chapterTitle>
      <description>
Please read this chapter yourself. It will not be covered in the class.
      </description>
    </chapter>
    <solutions>
      <description>[emergency help]</description>
      <url href="http://www.flickr.com/photos/mingaling/5342999538/" />
    </solutions>
    <solutions>
      <description>[assigned viewing]</description>
      <url href="https://www.youtube.com/watch?v=aGmfrIgika0" />
    </solutions>
  </lecture>

  <lecture>
    <date>January 17</date>
    <noLecture>Martin Luther King Day</noLecture>
  </lecture>

  <lecture>
    <date>January 18</date>
    <lectureNo>3.</lectureNo>
    <lectureTitle>Geometry as Physics</lectureTitle>
    <chapter>
      <chapterNo>Chapter 2</chapterNo>
      <chapterTitle>Geometry as Physics</chapterTitle>
    </chapter>
</lecture>

  <lecture>
    <lecturer>
      <lectName>Predrag Cvitanovi&#263;? Just SAY IT!</lectName>
      <url href="http://chaosbook.blogspot.com/2010/02/whuz-yr-name.html" />
    </lecturer>
    <date>January 20</date>
    <lectureNo>3.</lectureNo>
    <lectureTitle>Newtonian Physics</lectureTitle>
    <chapter>
      <chapterNo>Chapter 2</chapterNo>
      <chapterTitle>Geometry as Physics</chapterTitle>
      <description>
Sect. 2.6 and Box 2.3.
      </description>
    </chapter>
    <chapter>
			<chapterNo>
Chapter 3
			</chapterNo>
			<chapterTitle>
Newtonian Physics
			</chapterTitle>
      <description>
Sects. 3.1 - 3.4.
      </description>
    </chapter>
    <homework>
      <homeworkNo>
homework #1: </homeworkNo> 
      <description>
	  Chapter 
2, 
      problem 
2, 
	optional
10.
	  Chapter 
3, 
      problem 
2, 
	optional
5.
          - due in class, Thu 
Jan 27. Democracy has been saved by Brendan Sullivan! 
Hartle and Cvitanovi&#263; 
are wrong, everybody in the class
is right, Earth trumps Sun in problem 2.2. Will adjust grades accordingly. 
      </description>
    </homework>
    <solutions>
      <description>[solutions to homework 
#1: 
2.2, 2.10, 3.5]
	 </description>
      <url href="https://t-square.gatech.edu/access/content/group/22468.201102/Sol1.pdf" />
    </solutions>
  </lecture>

  <lecture>
    <date>January 25</date>
    <lectureNo>4.</lectureNo>
    <lectureTitle>Variational principle</lectureTitle>
    <chapter>
			<chapterNo>
Chapter 3
			</chapterNo>
			<chapterTitle>
Newtonian Physics
			</chapterTitle>
      <description>
Sect. 3.5: Variational principle
      </description>
    </chapter>
 </lecture>

  <lecture>
    <date>January 27</date>
    <lectureNo>5.</lectureNo>
    <lectureTitle>Principles of Special Relativity</lectureTitle>
      <chapter>
			<chapterNo>
Chapter 4
			</chapterNo>
			<chapterTitle>
Principles of Special Relativity
			</chapterTitle>
    </chapter>
</lecture>

  <lecture>
    <date>February 1</date>
    <lectureNo>6.</lectureNo>
    <lectureTitle>Principles of Special Relativity</lectureTitle>
  </lecture>

  <lecture>
    <date>February 3</date>
    <lectureNo>7.</lectureNo>
    <lectureTitle>E = m c square</lectureTitle>
    <chapter>
			<chapterNo>
Chapter 5
			</chapterNo>
			<chapterTitle>
Special Relativistic Mechanics
			</chapterTitle>
      <description>
Sects. 5.1 - 5.4 
      </description>
    </chapter>
    <homework>
      <homeworkNo>homework 
#2: </homeworkNo> 
      <url href="https://t-square.gatech.edu/access/content/attachment/22468.201102/Assignments/6f5ceb8d-4c21-4eab-ba95-0dc6253aed0f/PCset2.pdf" />
    </homework>
    <solutions>
      <description>[solutions to homework 
#2]
	 </description>
      <url href="https://t-square.gatech.edu/access/content/group/22468.201102/Sol2.pdf" />
    </solutions>
    <solutions>
      <description>
How is this course graded?
	 </description>
      <url href="grading.html" />
    </solutions>
  </lecture>

  <lecture>
    <date>February 8</date>
    <lectureNo>8.</lectureNo>
    <lectureTitle>Variational principle</lectureTitle>
    <chapter>
			<chapterNo>
Chapter 5
			</chapterNo>
			<chapterTitle>
Special Relativistic Mechanics
			</chapterTitle>
      <description>
Sects. 5.4 - 5.6 
      </description>
    </chapter>
  </lecture>

  <lecture>
    <date>February 10</date>
    <lectureNo>9.</lectureNo>
    <lectureTitle>Doppler shift</lectureTitle>
      <description>
Doppler Shift and Moving beyond a Non-Accelerating frame.
      </description>
    <homework>
      <homeworkNo>homework 
#3: </homeworkNo> 
    <url href="https://t-square.gatech.edu/access/content/attachment/22468.201102/Assignments/df276daf-9e1e-40c6-8811-1801591f3c5e/PCset3.pdf" />
    </homework>
    <solutions>
      <description>[solutions to homework 
#3]
	 </description>
      <url href="https://t-square.gatech.edu/access/content/group/22468.201102/Sol3.pdf" />
    </solutions>
  </lecture>

  <lecture>
    <date>February 15</date>
    <lectureNo>10.</lectureNo>
    <lectureTitle>Curved Spacetime</lectureTitle>
      <chapter>
			<chapterNo>
Chapter 7
			</chapterNo>
			<chapterTitle>
Description of Curved Spacetime
			</chapterTitle>
        <description>
Sect. 7.1.
        </description>
    </chapter>
  </lecture>

  <lecture>
    <date>February 17</date>
    <lectureNo>11.</lectureNo>
    <lectureTitle
>Curved Spacetime
</lectureTitle>
        <description>
Sects. 7.2 to 7.5.
        </description>
    <homework>
      <homeworkNo>homework 
#4: </homeworkNo> 
    <url href="https://t-square.gatech.edu/access/content/attachment/22468.201102/Assignments/5d05fdf7-3129-4af5-adbd-c9e628a42ea6/PCset4.pdf" />
    </homework>
    <solutions>
      <description>[solutions to homework 
#4]
	 </description>
      <url href="https://t-square.gatech.edu/access/content/group/22468.201102/Sol4.pdf" />
    </solutions>
    </lecture>

  <lecture>
    <date>February 22</date>
    <lectureNo>12.</lectureNo>
	<lectureTitle>
Curved Spacetime
	</lectureTitle>
        <description>
Sects. 7.5 to 7.6.
        </description>
  </lecture>

  <lecture>
    <date>February 24</date>
    <lectureNo>13.</lectureNo>
    <lectureTitle>
Curved Spacetime
    </lectureTitle>
        <description>
Sects. 7.7 to 7.9.
        </description>
    <homework>
      <homeworkNo>homework 
#5: </homeworkNo> 
    <url href="https://t-square.gatech.edu/access/content/attachment/22468.201102/Assignments/1f900113-8faf-4871-bf28-47d537a821e0/PCset5.pdf" />
    </homework>
    <solutions>
      <description>[solutions to homework 
#5]
	 </description>
      <url href="https://t-square.gatech.edu/access/content/group/22468.201102/Sol5.pdf" />
    </solutions>
    <solutions>
      <description>[solutions to homework 
#5, example 7.2]
	 </description>
      <url href="https://t-square.gatech.edu/access/content/group/22468.201102/Sol5ex7-2.pdf" />
    </solutions>
  </lecture>

  <lecture>
    <date>March 1</date>
    <lectureNo>14.</lectureNo>
    <lectureTitle>
The Global Positioning System
    </lectureTitle>
        <description>
Sects. 6.2 to 6.6.
        </description>
  </lecture>

  <lecture>
    <date>March 3</date>
    <lectureNo>15.</lectureNo>
    <lectureTitle>Wormholes</lectureTitle>
        <description>
Sects. 7.7. Seek alternative sources of enlightment
concerning covariant
vs contravariant indices: vectors vs forms, etc..
Let me know it you found something insightful.
        </description>
    <homework>
      <homeworkNo>homework 
#6: </homeworkNo> 
      <construction>
        <description>
Note: this homework due March 17. Problem 8.1 added March 10.
        </description>
      </construction>
    <url href="https://t-square.gatech.edu/access/content/attachment/22468.201102/Assignments/33ea7043-ef03-4db3-98f5-9dc890198b20/PCset6.pdf" />
    </homework>
    <solutions>
      <description>[solutions to homework 
#6]
	 </description>
      <url href="https://t-square.gatech.edu/access/content/group/22468.201102/Sol6.pdf" />
    </solutions>
  </lecture>

  <lecture>
    <date>March 8</date>
    <lectureNo>16.</lectureNo>
    <lectureTitle>Geodesics</lectureTitle>
    <chapter>
			<chapterNo>
Chapter 8
			</chapterNo>
			<chapterTitle>
Geodesics
			</chapterTitle>
        <description>
The most important chapter. Wormholes are fun.
        </description>
    </chapter>
  </lecture>

  <lecture>
    <date>March 10</date>
    <noLecture>9:35-10:55am Howey S204: midterm exam
	</noLecture>
    <homework>
      <homeworkNo>
What does midterm cover: </homeworkNo>
      <description> 
All the assigned reading up to March 3. The problems will
be much like the assigned exercises.
Scores:  from 8 to 29, out of 30 max.
      </description>
    </homework>
    <solutions>
      <description>[overview of material covered]</description>
      <url href="https://t-square.gatech.edu/access/content/group/22468.201102/PCRevChap1-7.pdf" />
    </solutions>
    <solutions>
      <description>[solutions to the midterm exam]</description>
      <url href="https://t-square.gatech.edu/access/content/group/22468.201102/midterm.pdf" />
    </solutions>
  </lecture>

  <lecture>
    <date>March 15</date>
    <noLecture>Midterm review 
	</noLecture>
      <description>
Please study the midterm solutions; they are very detailed, 
I will answer only questions that are not in the solutions 
provided. My advice: (1) Do work through the assigned problems,
there is no other way to learn theoretical physics. (2) Do come
to lectures, they can help you sort out what is important
and what is not. 
(3) Seize the opportunities of
the small class, participate and discuss unclear points. (4) Do
stop by my office if you do not understand something off the bat.
	  </description>
  </lecture>

  <lecture>
    <date>March 17</date>
    <lectureNo>17.</lectureNo>
    <lectureTitle>Geodesics</lectureTitle>
    <homework>
      <homeworkNo>homework 
#7: </homeworkNo> 
      <construction>
        <description>
Note: this homework due April 7.
        </description>
      </construction>
    <url href="PCset7.pdf" />
    </homework>
    <solutions>
      <description>[solutions to homework 
#7]
	 </description>
      <url href="https://t-square.gatech.edu/access/content/group/22468.201102/Sol7.pdf" />
    </solutions>
  </lecture>

  <lecture>
    <date>March 21-25</date>
    <noLecture>spring break</noLecture>
  </lecture>

  <lecture>
    <date>March 29</date>
    <lectureNo>18.</lectureNo>
    <lectureTitle>Geodesics</lectureTitle>
        <description>
Worked out Christoffel symbol in polar coordinates.
        </description>
  </lecture>

  <lecture>
    <date>March 31</date>
    <lectureNo>19.</lectureNo>
    <lectureTitle>Geodesics</lectureTitle>
        <description>
Symmetries, Killing vectors, freely falling frames.
        </description>
  </lecture>

  <lecture>
    <date>April 5</date>
    <lectureNo>20.</lectureNo>
    <lectureTitle>Geometry Outside of a Spherical Star
	</lectureTitle>
    <chapter>
			<chapterNo>
Chapter 9
			</chapterNo>
			<chapterTitle>
The Geometry Outside a Spherical Star
			</chapterTitle>
        <description>
Timelike particle orbits in Schwarzschild geometry.
Redshift and particle orbits.
        </description>
    </chapter>
  </lecture>

  <lecture>
    <date>April 7</date>
    <lectureNo>21. Orbits in Schwarzschild geometry</lectureNo>
        <description>
homework 
#7 due 
        </description>
    <chapter>
			<chapterNo>
Chapter 9
			</chapterNo>
			<chapterTitle>
The Geometry Outside a Spherical Star
			</chapterTitle>
        <description>
The geometry outside a spherical star.
Lightlike orbits in Schwarzschild.
Time delay of light.
        </description>
    </chapter>

    <homework>
      <homeworkNo>homework 
#8: </homeworkNo> 
    <url href="PCset8.pdf" />
    </homework>
    <solutions>
      <description>[solutions to homework 
#8]
	 </description>
      <url href="https://t-square.gatech.edu/access/content/group/22468.201102/Sol8.pdf" />
    </solutions>
  </lecture>

  <lecture>
    <date>April 12</date>
    <lectureNo>22.</lectureNo>
    <lectureTitle>Getting ready to meet Albert</lectureTitle>
    <chapter>
			<chapterNo>
Chapter 20
			</chapterNo>
			<chapterTitle>
A Little More Math
			</chapterTitle>
        <description>
A hard jump.
        </description>
    </chapter>
    <solutions>
      <description>[Max's solution: Her covariant derivatives blow my mind"]
	 </description>
      <url href="http://www.youtube.com/watch?v=vkas4undiOM" />
    </solutions>
  </lecture>

  <lecture>
    <date>April 14</date>
    <lectureNo>23.</lectureNo>
    <lectureTitle>More Math</lectureTitle>
  </lecture>

  <lecture>
    <date>April 19</date>
    <lectureNo>24.</lectureNo>
    <lectureTitle> Einstein Equation</lectureTitle>
    <chapter>
			<chapterNo>
Chapter 21
			</chapterNo>
			<chapterTitle>
Curvature and the Einstein equation
			</chapterTitle>
      <description>
Read sects. 21.1 and 21.2
	 </description>
    </chapter>
    <homework>
      <homeworkNo>homework 
#9: </homeworkNo> 
      <construction>
        <description>
NOTE: due Tue April 26 2011
        </description>
      </construction>
    <url href="PCset9.pdf" />
    </homework>
    <solutions>
      <description>[solutions to homework 
#9]
	 </description>
      <url href="https://t-square.gatech.edu/access/content/group/22468.201102/Sol9.pdf" />
    </solutions>
  </lecture>

  <lecture>
    <date>April 21</date>
    <lectureNo>25.</lectureNo>
    <lectureTitle>Einstein Equation: Schwarzschild solution</lectureTitle>
    <chapter>
			<chapterNo>
Chapter 21
			</chapterNo>
			<chapterTitle>
Curvature and the Einstein equation
			</chapterTitle>
      <description>
Read sects. 21.3 and 21.4
	 </description>
    </chapter>
    <solutions>
      <description>[Einstein equation: the battle plan]
	 </description>
      <url href="EASgenRelEqs.pdf" />
    </solutions>
  </lecture>

  <lecture>
    <date>April 26</date>
    <lectureNo>26.</lectureNo>
    <lectureTitle>Stress-energy tensor</lectureTitle>
      <description>
Read sects. 22.1 and 22.2
	 </description>
    <chapter>
			<chapterNo>
Lautrup Chapter 6  
			</chapterNo>
			<chapterTitle>
Stress
			</chapterTitle>
      <description>
Optional reading from
  <a href="http://www.nbi.dk/%7Elautrup/">B. Lautrup</a>,
  <a href="http://www.nbi.dk/~lautrup/continuum/index.html">Physics of Continuous Matter</a>, if you would like to understand
the classical stress tensor.
      </description>
      <url href="stress.pdf" />
    </chapter>
    <solutions>
      <description>
For the full story, take 
"Introduction to Continuum Physics".
	 </description>
      <url href="http://www.cns.gatech.edu/~predrag/courses/PHYS-4421-10/index.html"/>
    </solutions>
  </lecture>

  <lecture>
    <date>April 28</date>
    <lectureNo>27.</lectureNo>
    <lectureTitle>Einstein equation</lectureTitle>
      <description>
Read sect. 22.3
	 </description>
  </lecture>

  <lecture>
    <date>April 29</date>
    <noLecture>GT classes end
	</noLecture>
    <homework>
      <homeworkNo>Final exam syllabus:</homeworkNo>
      <description>
An overview of material covered by the final exam 
          </description>
      <url href="https://t-square.gatech.edu/access/content/group/22468.201102/PCRevChap8-22.pdf" />
    </homework>
  </lecture>

  <lecture>
    <date>Thursday May 5</date>
    <noLecture>final exam 8:00am - 10:50am  
	</noLecture>
        <description>
closed book, closed lecture notes, no calculator.
      </description>
    <solutions>
      <description>solutions to the final exam, version of May 8</description>
      <url href="https://t-square.gatech.edu/access/content/group/22468.201102/final.pdf" />
    </solutions>
  </lecture>

  <lecture>
    <date>until May ?</date>
    <noLecture>course opinion survey</noLecture>
        <description>
Instructor's opinion: Show this class a few indices, and it's like deer in a floodlight. Democracy does not work - nobody is going to try to explain the Einstein field equation in the first undergraduate relativity course again. I never got so many white hairs as in this course...
      </description>
    <solutions>
      <description>CETL web link</description>
      <url href="https://gtwebapps.gatech.edu/cfprod/cios_new/student_login.cfm?message=Please+enter+your+GT+Account+and+password" />
    </solutions>
  </lecture>

  <lecture>
    <date>May 7</date>
    <noLecture> the future looks bright - have good holidays!
	</noLecture>
      <construction>
      <graphic source="figs/underconstr.gif" />
        <description>
the rest has yet to be worked out ...
        </description>
      </construction>
  </lecture>

  <lecture>
    <date>May 9</date>
    <noLecture>GT grades due at noon
	</noLecture>
    <solutions>
      <description>grade distribution</description>
      <url href="GradesNoName.html" />
    </solutions>
  </lecture>


</course>

