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We report on transport measurements of the insulating state that forms at thecharge neutrality point of graphene in a magnetic field. Using bothconventional two-terminal measurements, sensitive to bulk and edge conductance,and Corbino measurements, sensitive only to the bulk conductance, we observed avanishing conductance with increasing magnetic fields. By examining theresistance changes of this insulating state with varying perpendicular andin-plane fields, we probe the spin-active components of the excitations intotal fields of up to 45 Tesla. Our results indicate that \nu=0 quantum Hallstate in single layer graphene is not spin polarized.

Magnetoresistance measurements of Graphene at the Charge Neutrality Point