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\hrefanchor \hrefanchor
\outdef{citearNE}{AR98} \outdef{label@citearNE}{AR98}
\hbox{\parbox[t]{\rw}{[\cite{arNE}]}\parbox[t]{\colw}{A.~Abdesselam, V.~Rivasseau - {\it Explicit Fermionic tree expansions}, Letters in Mathematical Physics, Vol.~44, n.~1, p.~77-88, 1998.}}\par \hbox{\parbox[t]{\rw}{[\cite{arNE}]}\parbox[t]{\colw}{A.~Abdesselam, V.~Rivasseau - {\it Explicit Fermionic tree expansions}, Letters in Mathematical Physics, Vol.~44, n.~1, p.~77-88, 1998.}}\par
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\outdef{citebatEF}{BF84} \outdef{label@citebatEF}{BF84}
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\outdef{citebenNZ}{BG90} \outdef{label@citebenNZ}{BG90}
\hbox{\parbox[t]{\rw}{[\cite{benNZ}]}\parbox[t]{\colw}{G.~Benfatto, G.~Gallavotti - {\it Perturbation theory of the Fermi surface in a quantum liquid - a general quasiparticle formalism and one-dimensional systems}, Journal of Statistical Physics, Vol.~59, n.~3-4, p.~541-664, 1990.}}\par \hbox{\parbox[t]{\rw}{[\cite{benNZ}]}\parbox[t]{\colw}{G.~Benfatto, G.~Gallavotti - {\it Perturbation theory of the Fermi surface in a quantum liquid - a general quasiparticle formalism and one-dimensional systems}, Journal of Statistical Physics, Vol.~59, n.~3-4, p.~541-664, 1990.}}\par
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\outdef{citebenNFi}{BG95} \outdef{label@citebenNFi}{BG95}
\hbox{\parbox[t]{\rw}{[\cite{benNFi}]}\parbox[t]{\colw}{G.~Benfatto, G.~Gallavotti - {\it Renormalization Group}, Princeton University Press, 1995.}}\par \hbox{\parbox[t]{\rw}{[\cite{benNFi}]}\parbox[t]{\colw}{G.~Benfatto, G.~Gallavotti - {\it Renormalization Group}, Princeton University Press, 1995.}}\par
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\outdef{citebmZT}{BM02} \outdef{label@citebmZT}{BM02}
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\outdef{citebenZS}{BGM06} \outdef{label@citebenZS}{BGM06}
\hbox{\parbox[t]{\rw}{[\cite{benZS}]}\parbox[t]{\colw}{G.~Benfatto, A.~Giuliani, V.~Mastropietro - {\it Fermi liquid behavior in the 2D Hubbard model}, Annales Henri Poincar\'e, Vol.~7, p.~809-898, 2006.}}\par \hbox{\parbox[t]{\rw}{[\cite{benZS}]}\parbox[t]{\colw}{G.~Benfatto, A.~Giuliani, V.~Mastropietro - {\it Fermi liquid behavior in the 2D Hubbard model}, Annales Henri Poincar\'e, Vol.~7, p.~809-898, 2006.}}\par
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\outdef{citebrySeE}{BF78} \outdef{label@citebrySeE}{BF78}
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\outdef{citebkESe}{BK87} \outdef{label@citebkESe}{BK87}
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\outdef{citedoeSeN}{DDe79} \outdef{label@citedoeSeN}{DDe79}
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\outdef{citefktZFa}{FKT04a} \outdef{label@citefktZFa}{FKT04a}
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\outdef{citefktZFb}{FKT04b} \outdef{label@citefktZFb}{FKT04b}
\hbox{\parbox[t]{\rw}{[\cite{fktZFb}]}\parbox[t]{\colw}{J.~Feldman, H.~Kn\"orrer, E.~Trubowitz - {\it A two dimensional Fermi liquid. Part~2: Convergence}, Communications in Mathematical Physics, Vol.~247, n.~1, p.~49-111, 2004.}}\par \hbox{\parbox[t]{\rw}{[\cite{fktZFb}]}\parbox[t]{\colw}{J.~Feldman, H.~Kn\"orrer, E.~Trubowitz - {\it A two dimensional Fermi liquid. Part~2: Convergence}, Communications in Mathematical Physics, Vol.~247, n.~1, p.~49-111, 2004.}}\par
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\outdef{citefktZFc}{FKT04c} \outdef{label@citefktZFc}{FKT04c}
\hbox{\parbox[t]{\rw}{[\cite{fktZFc}]}\parbox[t]{\colw}{J.~Feldman, H.~Kn\"orrer, E.~Trubowitz - {\it A two dimensional Fermi liquid. Part~3: The Fermi surface}, Communications in Mathematical Physics, Vol.~247, n.~1, p.~113-177, 2004.}}\par \hbox{\parbox[t]{\rw}{[\cite{fktZFc}]}\parbox[t]{\colw}{J.~Feldman, H.~Kn\"orrer, E.~Trubowitz - {\it A two dimensional Fermi liquid. Part~3: The Fermi surface}, Communications in Mathematical Physics, Vol.~247, n.~1, p.~113-177, 2004.}}\par
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\outdef{citegalEFi}{GN85} \outdef{label@citegalEFi}{GN85}
\hbox{\parbox[t]{\rw}{[\cite{galEFi}]}\parbox[t]{\colw}{G.~Gallavotti, F.~Nicol\`o - {\it Renormalization theory for four dimensional scalar fields}, Communications in Mathematical Physics, Vol.~100, p.~545-590 and Vol.~101, p.~247-282, 1985.}}\par \hbox{\parbox[t]{\rw}{[\cite{galEFi}]}\parbox[t]{\colw}{G.~Gallavotti, F.~Nicol\`o - {\it Renormalization theory for four dimensional scalar fields}, Communications in Mathematical Physics, Vol.~100, p.~545-590 and Vol.~101, p.~247-282, 1985.}}\par
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\outdef{citegeiZSe}{GN07} \outdef{label@citegeiZSe}{GN07}
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\hbox{\parbox[t]{\rw}{[\cite{geOZ}]}\parbox[t]{\colw}{A.~Geim - {\it Random walk to graphene}, Nobel lecture, 2010.}}\par \hbox{\parbox[t]{\rw}{[\cite{geOZ}]}\parbox[t]{\colw}{A.~Geim - {\it Random walk to graphene}, Nobel lecture, 2010.}}\par
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\outdef{citegiuOZ}{GM10} \outdef{label@citegiuOZ}{GM10}
\hbox{\parbox[t]{\rw}{[\cite{giuOZ}]}\parbox[t]{\colw}{A.~Giuliani, V.~Mastropietro - {\it The two-dimensional Hubbard model on the honeycomb lattice}, Communications in Mathematical Physics, Vol.~293, p.~301-364, 2010.}}\par \hbox{\parbox[t]{\rw}{[\cite{giuOZ}]}\parbox[t]{\colw}{A.~Giuliani, V.~Mastropietro - {\it The two-dimensional Hubbard model on the honeycomb lattice}, Communications in Mathematical Physics, Vol.~293, p.~301-364, 2010.}}\par
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\outdef{citegmpOZ}{GMP10} \outdef{label@citegmpOZ}{GMP10}
\hbox{\parbox[t]{\rw}{[\cite{gmpOZ}]}\parbox[t]{\colw}{A.~Giuliani, V.~Mastropietro, M.~Porta - {\it Lattice gauge theory model for graphene}, Physical Review B, Vol.~82, n.~121418(R), 2010.}}\par \hbox{\parbox[t]{\rw}{[\cite{gmpOZ}]}\parbox[t]{\colw}{A.~Giuliani, V.~Mastropietro, M.~Porta - {\it Lattice gauge theory model for graphene}, Physical Review B, Vol.~82, n.~121418(R), 2010.}}\par
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\outdef{citegmpOO}{GMP11} \outdef{label@citegmpOO}{GMP11}
\hbox{\parbox[t]{\rw}{[\cite{gmpOO}]}\parbox[t]{\colw}{A.~Giuliani, V.~Mastropietro, M.~Porta - {\it Absence of interaction corrections in the optical conductivity of graphene}, Physical Review B, Vol.~83, n.~195401, 2011.}}\par \hbox{\parbox[t]{\rw}{[\cite{gmpOO}]}\parbox[t]{\colw}{A.~Giuliani, V.~Mastropietro, M.~Porta - {\it Absence of interaction corrections in the optical conductivity of graphene}, Physical Review B, Vol.~83, n.~195401, 2011.}}\par
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\outdef{citegmpOT}{GMP12} \outdef{label@citegmpOT}{GMP12}
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\hbox{\parbox[t]{\rw}{[\cite{luOTh}]}\parbox[t]{\colw}{L.~Lu - {\it Constructive analysis of two dimensional Fermi systems at finite temperature}, PhD thesis, Institute for Theoretical Physics, Heidelberg, \url{http://www.ub.uni-heidelberg.de/archiv/14947}, 2013.}}\par \hbox{\parbox[t]{\rw}{[\cite{luOTh}]}\parbox[t]{\colw}{L.~Lu - {\it Constructive analysis of two dimensional Fermi systems at finite temperature}, PhD thesis, Institute for Theoretical Physics, Heidelberg, \url{http://www.ub.uni-heidelberg.de/archiv/14947}, 2013.}}\par
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\hbox{\parbox[t]{\rw}{[\cite{misSeN}]}\parbox[t]{\colw}{A.~Misu, E.~Mendez, M.S.~Dresselhaus - {\it Near Infrared Reflectivity of Graphite under Hydrostatic Pressure}, Journal of the Physical Society of Japan, Vol.~47, n.~1, p.~199-207, 1979.}}\par \hbox{\parbox[t]{\rw}{[\cite{misSeN}]}\parbox[t]{\colw}{A.~Misu, E.~Mendez, M.S.~Dresselhaus - {\it Near Infrared Reflectivity of Graphite under Hydrostatic Pressure}, Journal of the Physical Society of Japan, Vol.~47, n.~1, p.~199-207, 1979.}}\par
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\outdef{citengeZF}{NGe04} \outdef{label@citengeZF}{NGe04}
\hbox{\parbox[t]{\rw}{[\cite{ngeZF}]}\parbox[t]{\colw}{K.~Novoselov, A.~Geim, S.~Morozov, D.~Jiang, Y.~Zhang, S.~Dubonos, I.~Grigorieva, A.~Firsov - {\it Electric field effect in atomically thin carbon films}, Science, vol.~306, p.~666-669, 2004.}}\par \hbox{\parbox[t]{\rw}{[\cite{ngeZF}]}\parbox[t]{\colw}{K.~Novoselov, A.~Geim, S.~Morozov, D.~Jiang, Y.~Zhang, S.~Dubonos, I.~Grigorieva, A.~Firsov - {\it Electric field effect in atomically thin carbon films}, Science, vol.~306, p.~666-669, 2004.}}\par
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\outdef{citengeZFi}{NGe05} \outdef{label@citengeZFi}{NGe05}
\hbox{\parbox[t]{\rw}{[\cite{ngeZFi}]}\parbox[t]{\colw}{K.~Novoselov, A.~Geim, S.~Morozov, D.~Jiang, M.~Katsnelson, I.~Grigorieva, S.~Dubonos, A.~Firsov - {\it Two-dimensional gas of massless Dirac fermions in graphene}, Nature, Vol.~438, n.~10, p.~197-200, 2005.}}\par \hbox{\parbox[t]{\rw}{[\cite{ngeZFi}]}\parbox[t]{\colw}{K.~Novoselov, A.~Geim, S.~Morozov, D.~Jiang, M.~Katsnelson, I.~Grigorieva, S.~Dubonos, A.~Firsov - {\it Two-dimensional gas of massless Dirac fermions in graphene}, Nature, Vol.~438, n.~10, p.~197-200, 2005.}}\par
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\outdef{citenovZS}{NMe06} \outdef{label@citenovZS}{NMe06}
\hbox{\parbox[t]{\rw}{[\cite{novZS}]}\parbox[t]{\colw}{K.~Novoselov, E.~McCann, S.~Morozov, V.~Fal'ko, M.~Katsnelson, U.~Zeitler, D.~Jiang, F.~Schedin, A.~Geim - {\it Unconventional quantum Hall effect and Berry's phase of $\pi$ in bilayer graphene}, Nature Physics, Vol.~2, p.~177-180, 2006.}}\par \hbox{\parbox[t]{\rw}{[\cite{novZS}]}\parbox[t]{\colw}{K.~Novoselov, E.~McCann, S.~Morozov, V.~Fal'ko, M.~Katsnelson, U.~Zeitler, D.~Jiang, F.~Schedin, A.~Geim - {\it Unconventional quantum Hall effect and Berry's phase of $\pi$ in bilayer graphene}, Nature Physics, Vol.~2, p.~177-180, 2006.}}\par
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\outdef{citeparZS}{PP06} \outdef{label@citeparZS}{PP06}
\hbox{\parbox[t]{\rw}{[\cite{parZS}]}\parbox[t]{\colw}{B.~Partoens, F.~Peeters - {\it From graphene to graphite: electronic structure around the $K$ point}, Physical Review B, Vol.~74, n.~075404, 2006.}}\par \hbox{\parbox[t]{\rw}{[\cite{parZS}]}\parbox[t]{\colw}{B.~Partoens, F.~Peeters - {\it From graphene to graphite: electronic structure around the $K$ point}, Physical Review B, Vol.~74, n.~075404, 2006.}}\par
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\hbox{\parbox[t]{\rw}{[\cite{psZE}]}\parbox[t]{\colw}{W.~Pedra, M.~Salmhofer - {\it Determinant bounds and the Matsubara UV problem of many-fermion systems}, Communications in Mathematical Physics, Vol.~282, n.~3, p.~797-818, 2008.}}\par \hbox{\parbox[t]{\rw}{[\cite{psZE}]}\parbox[t]{\colw}{W.~Pedra, M.~Salmhofer - {\it Determinant bounds and the Matsubara UV problem of many-fermion systems}, Communications in Mathematical Physics, Vol.~282, n.~3, p.~797-818, 2008.}}\par
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\outdef{citesloFiE}{SW58} \outdef{label@citesloFiE}{SW58}
\hbox{\parbox[t]{\rw}{[\cite{sloFiE}]}\parbox[t]{\colw}{J.~Slonczewski, P.~Weiss - {\it Band structure of graphite}, Physical Review, Vol.~109, p.~272-279, 1958.}}\par \hbox{\parbox[t]{\rw}{[\cite{sloFiE}]}\parbox[t]{\colw}{J.~Slonczewski, P.~Weiss - {\it Band structure of graphite}, Physical Review, Vol.~109, p.~272-279, 1958.}}\par
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