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The T2K neutrino beam consists mostly of muon neutrinos with a 1$\%$component of electron neutrinos. In order to maximise the physics potential ofT2K and other future neutrino experiments, it is important to understand howthese electron and muon neutrinos interact. To this end, the ratio of theCharged-Current Quasi-Elastic (CCQE) cross section to the total Charged Current(CC) cross section is taken for both $\nu_{e}$ and $\nu_\mu$ using data fromthe T2K near detector, ND280, and simulated data from NEUT and GENIE MonteCarlo generators. This has the advantage that many of the systematicuncertainties will cancel in the analysis, including the flux of $\nu_{e}$ and$\nu_\mu$ in the beam. The double ratio of these two ratios is then taken as ameans of directly comparing the interactions of the two neutrino flavours.

Investigating the differences between electron and muon neutrino interactions using the T2K near detector