%  ft8.tex         Quantenmechanik II ,  Sommer 1996
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\rightline{ {\gr Quantenmechanik II} 
             \hskip 2.5cm Hannover , \ Sommer 1996$\!\!$}  
\smallskip
\cl{ \hskip 1cm $=$ Einf\"uhrung in die Quantenfeldtheorie }
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\settabs\+ 111 11 & hhhh hhhhhhhhhhhhhhhhhhhhhhhhhhhhhhh 
           ffffffffff & Gleichungennnnn & SB \cr
\+ & & $\!\!\!$Gleichungen & \ \ {\kl Sonderblatt} \cr
 %
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\+  & \ra{ \ \ 1. \ DIRAC -- GLEICHUNG }  & & \cr \med
\+ 1 \pt 1 & 
Wiederholung Quantentheorie                 & (1) , (2)  
                                    & {\kl Grundlagen Q.} \cr
\+ 1 \pt 2 & 
Wiederholung Relativit\"atstheorie          & (3) , (4)  & \cr
\+ 1 \pt 3 & 
\anfu Herleitung\anfo der Dirac--Gleichung   & (5)\-(10) & \cr 
\+ 1 \pt 4 & 
Spektrum (der feldfreien Dirac--Gleichung)  & (11) , (12) & \cr
\+ 1 \pt 5 & 
Dirac \ m i t \ Feld                        & (13)\-(15)  
   & $\;$\raise 3pt\hbox{$_{(iD\!\!\!\! / \, - m )\psi
     \, =\, 0}$} \cr
\+ 1 \pt 6 & 
Nichtrelativistischer Grenzfall             & (16)        & \cr        
\+ 1 \pt 7 & 
% $\!\vc L \!\!\vc S $--Kopplung            &             & 
Spin--Bahn--Kopplung                        &              
                                & {\kl handgeschr.$\,$Blatt} \cr
\+ 1 \pt 8 & 
Spinor--Transformation                      & (17)\-(22)  &  \cr
\+ 1 \pt 9 & 
$u$ , \ $v$                                 & (23)\-(29) 
                         & {\uv u,$\!\;$v} {\kl und Heide...} \cr
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\+  & \ra{ \ \ 2. \ FELDOPERATOREN }  & \cr \med
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Besetzungszahl--Darstellung  & (30)       & {\kl \under{B$\,$1}, 
                                             \under{B$\,$2} } \cr
\+ 2 \pt 2 & 
\anfu Quantisierung\anfo des Dirac--Feldes & (31)\-(34) & \cr
\+ 2 \pt 3 & 
Quantis. des Strahlungsfeldes (Coul.Eichg., $\phi=0$) 
                                           & (35)\-(37)  & \cr
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\+ & \ra{ \ \ 3. \ LAGRANGE--DICHTE}     & \cr \med
\+ 3 \pt 1 & 
Programm                   & (38)\-(44) & {\kl Lagrangians} \cr
\+ 3 \pt 2 & 
Geladenes Spinor--Feld          & (45)  & \cr
\+ 3 \pt 3 & 
Elektromagnetisches Feld (Gupta--Bleuler)   & (46)\-(53) &  \cr
\+ 3 \pt 4 & 
Q E D                           & (54) , (55)  & \cr
\big       %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
\+ & \ra{ \ \ 4. \ DIAGRAMME}  & \cr \med
\+ 4 \pt 1 & 
S--Matrix                    & (56)\-(59) & \cr
\+ 4 \pt 2 & 
Volle Greens--Funktionen     & (60)\-(63) & \cr
\+ 4 \pt 3 & 
Nackte Propagatoren          & (64)\-(66) & \cr
\+ 4 \pt 4 & 
Wick                         & (67) & {\kl Wick's Theorem} \cr
\+ 4 \pt 5 & 
Regeln (Ortsraum)            & (68) , (69) & \cr
\+ 4 \pt 6 & 
Regeln (Impulsraum)          & (70)\-(74) & \cr
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\+ & \ra{ \ \ 5. \ STREUQUERSCHNITT}  & \cr \med
\+ 5 \pt 1 & 
$S_{fi}$ aus $G_n$              & (75)  & \cr
\+ 5 \pt 2 & 
$\sigma$                        & (76)\-(78) & \cr
\+ 5 \pt 3 & 
Mott--Querschnitt               & (79) & \cr
\big       %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
\+  & \ra{ \ \ 6. \ RENORMIERUNG}  & \cr \med
\+ 6 \pt 1 & 
Spektraldarstellung ($Z_2$)             & (80)\-(84) & \cr
\+ 6 \pt 2 & 
1--loop--Divergenzen ($Z_1$, $Z_3$)     & (85)\-(90) & \cr
\+ 6 \pt 3 & 
Zu magnetischem Moment und Lamb shift$\,$:   &  & \cr
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\+ 6 \pt 4 & 
Power counting                          & (91) , (92) & \cr
\big       %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
\+  & \ra{ \ \ 7. \ FUNKTIONALINTEGRAL}  & \cr \med
\+ 7 \pt 1 & 
Erzeugendes Funktional der $G_n$         & (93)\-(97) 
                                  & {\kl F$\,$1 bis F$\,$8} \cr
\+ 7 \pt 2 & 
$\cl N \int \cl D \phi \, e^{i\!\int d^4x ( \cl L + j \phi ) }$
per Zitat und Test                       & (98)\-(104) 
                                  & {\kl Grassmann} \cr
\big       %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
\+  & \ra{ \ \ 8. \ Q C D }  & & {\kl DIN$\,$A7--Zettel} \cr \med
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SU(3) und Gluonen              & (105)\-(110) & {\kl SU(N) } \cr
\+ 8 \pt 2 & 
Faddeev--Popov                 & (111)\-(120) &  \cr

\nz {\fiverm ( hschulz@itp.uni-hannover.de ) }
\end
