Yasufumi Araki

Chiral Gap and Collective Excitationsin Monolayer Graphenefrom Strong Coupling
Expansionof Lattice Gauge Theory

Antonio H. Castro Neto

What you can do with cold atoms on a honeycomb lattice that you cannot do with graphene!

Klaus Ensslin

Graphene quantum dots

S. Gueron

Quantum transport in monolayer and bilayer graphene

Simon Hands

Monte Carlo Simulation of a Graphene Model

Igor Herbut

Relativistic Mott criticality in graphene

Chang-Yu Hou

Charge fractionalization in 2D graphenelike structures

D. V. Khveshchenko

Long-range correlations in Diracliquids

Timo A. Lähde

From the honeycomb lattice to the square lattice: a new look at graphene

Edward McCann

Electronic properties of bilayer and trilayer graphene

Ch. Miniatura

Massless Dirac Fermions with UltraCold Atoms

M. Miski-Oglu

Analog of Graphene using a Microwave Photonic Crystal

Cristiane Morais Smith

Analogs of graphene using ultra-cold atoms

J. Moser

Strongly localized states in graphene

K.S. Novoselov

Graphene:Introduction & Progress

Patrik Öhberg

Relativistic physics with ultracold atoms in artificial gauge fields

J. Otterbach

Relativistic Physics with Slow and Stationary Light

M. Popinciuc

Spin relaxation and spin manipulation in graphene

Gordon W. Semenoff

Many-body physics and the Anomalous Hall Effect in Graphene

Björn Trauzettel

Peculiarities of ballistic transport in graphene

Cristiane M. Smith

Analogs of graphene using ultra-cold atoms

Oskar Vafek

Interaction effects in bilayer graphene