Editing Appendix/lsuPhys (section)

=YouTube=

==Movies Already Uploaded==
BAR-MODE INSTABILITY
<ul>
  <li>"Model A" Classic, two-armed spiral: &nbsp;&nbsp; www.phys.lsu.edu/astro/nap98/movies/movie1.mov (5,907K)<br />
YouTube id = <b><font color="darkgreen">[https://youtu.be/BhRUqZe0Ly4 BhRUqZe0Ly4]</font></b>
  </li>
  <li>"Model B" Initially uniform vortensity: &nbsp;&nbsp; www.phys.lsu.edu/astro/barmode/movies/modelB.spiral.mov (7.7M)<br />
YouTube id = <b><font color="darkgreen">[https://youtu.be/Qh-bMto2e3k Qh-bMto2e3k]</font></b>
  </li>
</ul>


COMPRESSIBLE ANALOGS OF RIEMANN ELLIPSOIDS
<ul>
  <li>"Model A" Steady-state:  &nbsp;&nbsp; www.phys.lsu.edu/astro/barmode/movies/modelA.steady.mov (7,169K)<br />
YouTube id = <b><font color="darkgreen">[https://youtu.be/z3RDthHnY3A z3RDthHnY3A]</font></b>
  </li>
  <li>"Model A" Equatorial Flow:  &nbsp;&nbsp; www.phys.lsu.edu/astro/nap98/movies/movie2.mov (5.9M)<br />
YouTube id = <b><font color="darkgreen">[https://youtu.be/fgjjzu3Nmo8 fgjjzu3Nmo8]</font></b> &#8212; <font color="maroon">''Japan's National Astronomical Observatory''</font> poster mounted on the wall
  </li>
  <li>"Model A" Meridional Flow:  &nbsp;&nbsp; www.phys.lsu.edu/astro/nap98/movies/movie3.mov (3.5M)<br />
YouTube id = <b><font color="darkgreen">[https://youtu.be/_nXKv0k0h-Q _nXKv0k0h-Q]</font></b> &#8212; <font color="maroon">''Japan's National Astronomical Observatory''</font> poster mounted on the wall
  </li>
  <li>"Model B" Steady-state:  &nbsp;&nbsp; www.phys.lsu.edu/astro/barmode/movies/modelB.steady.mov (14.1M)<br />
YouTube id = <b><font color="darkgreen">[https://youtu.be/Eyl81O9s62s Eyl81O9s62s]</font></b>
  </li>
  <li>"Model B" Equatorial Flow:  &nbsp;&nbsp; www.phys.lsu.edu/astro/barmode/movies/bar_uv.mov (5,976K)<br />
YouTube id = <b><font color="darkgreen">[https://youtu.be/yggbz9z8JQ4 yggbz9z8JQ4]</font></b> &#8212; <font color="maroon">''National Science Foundation''</font> wall poster
  </li>
  <li>Andalib's Equatorial Flow:  &nbsp;&nbsp; www.phys.lsu.edu/astro/cip/movie2.mov (5.9M)<br />
YouTube id = <b><font color="darkgreen">[https://youtu.be/p550IDP8h-s p550IDP8h-s]</font></b> &#8212; <font color="maroon">''Computers in Physics''</font> wall poster
  </li>
  <li>Four Andalib Models:  &nbsp;&nbsp; www.phys.lsu.edu/astro/nap98/movies/movie4.mov (7.1M)<br />
YouTube id = <b><font color="darkgreen">[https://youtu.be/cCfLmitM7bc cCfLmitM7bc]</font></b> &#8212; <font color="maroon">''Japan's National Astronomical Observatory''</font> poster mounted on the wall
  </li>
</ul>


COOLING + FISSION (?)
<ul>
  <li>Cooling evolution:  &nbsp;&nbsp; www.phys.lsu.edu/astro/barmode/movies/binary.form.mov (8,514K)<br />
YouTube id = <b><font color="darkgreen">[https://youtu.be/erYWHgaKYyc erYWHgaKYyc]</font></b>
  </li>
  <li>Equatorial "Binary" Flow:   &nbsp;&nbsp; www.phys.lsu.edu/astro/cazes/dodconf/movies/movie3.mov (4,712K)<br />
YouTube id = <b><font color="darkgreen">[https://youtu.be/nC4adQzlXrI nC4adQzlXrI]</font></b> &#8212; <font color="maroon">''MSRC''</font> wall poster
  </li>
  <li>Meridional "Binary" Flow:  &nbsp;&nbsp; www.phys.lsu.edu/astro/cazes/dodconf/movies/movie4.mov (3,375K)<br />
YouTube id = <b><font color="darkgreen">[https://youtu.be/S0tg2jURzGE S0tg2jURzGE]</font></b> &#8212; <font color="maroon">''MSRC''</font> wall poster
  </li>
  <li>Andalib "Binary" Model:  &nbsp;&nbsp; www.phys.lsu.edu/astro/barmode/movies/bin_sa.mov (5,725K)<br />
YouTube id = <b><font color="darkgreen">[https://youtu.be/nkwRJh2tgos nkwRJh2tgos]</font></b> &#8212; <font color="maroon">''MSRC''</font> wall poster
  </li>
</ul>


NEUTRON STAR r-MODE INSTABILITY
<ul>
  <li>Nonlinear development of r-mode instability in a neutron star: Mac &hellip; TransitionPC_V01/Videos/YouTube/rmode.final.mpeg (1.9M)<br />
YouTube id = <b><font color="darkgreen">[https://youtu.be/i2zBvA7c7i8 i2zBvA7c7i8]</font></b>
  </li>
</ul>


ELLIPTICAL INSTABILITY
<ul>
  <li>Nonlinear development of an elliptical instability in a rotating bar: &nbsp;&nbsp; Mac &hellip; TransitionPC_V01/Videos/YouTube/fmode.b181.helix.gr_off.mov (9.8M)<br />
YouTube id = <b><font color="darkgreen">[https://youtu.be/Fi8Fp26uc-g Fi8Fp26uc-g]</font></b>
  </li>
</ul>


MASS-TRANSFERRING BINARY STAR SYSTEM
<ul>
  <li>Example of mass-transferring binary star system, similar to a white-dwarf binary: &nbsp;&nbsp; Mac &hellip; TransitionPC_V01/Videos/YouTube/Q0.4D.mov (74.3M)<br />
YouTube id = <b><font color="darkgreen">[https://youtu.be/lFR5S_Fc-9w lFR5S_Fc-9w]</font></b><br />
<b><font color="red">EXCELLENT!</font></b> This movie shows nonlinear-amplitude pumping of m = 3, 4, 5 modes on the accretor.

  </li>
  <li>Same mass-transferring binary star system, but showing only the fluid from the donor star: &nbsp;&nbsp; Mac &hellip; TransitionPC_V01/Videos/YouTube/q0.4_hires_donor.mov (5.6M)<br />
YouTube id = <b><font color="darkgreen">[https://youtu.be/pxjhuR0BsE0 pxjhuR0BsE0]</font></b>
  </li>
</ul>


SETTLING DISK
<ul>
  <li>Paul Fisher's settling galaxy disk (circa 1999):  &nbsp;&nbsp; www.phys.lsu.edu/astro/barmode/paul.mpg (69K)<br />
YouTube id = <b><font color="darkgreen">[https://youtu.be/yxOLu03T1yE yxOLu03T1yE]</font></b>
  </li>
</ul>

==Movies to be Uploaded==
''None'' at the present time.


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