Charge Density of the Neutron

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Our notation is that x ± ≡ ( x 0 ± x 3 ) / 2 , p ± ≡ ( p 0 ± p 3 ) / 2 x^{\pm}\equiv(x^{0}\pm x^{3})/\sqrt{2},p^{\pm}\equiv(p^{0}\pm p^{3})/\sqrt{2} , and p μ ​ x μ = p − ​ x + + p + ​ x − − 𝐩 ⋅ 𝐛 p_{\mu}x^{\mu}=p^{-}x^{+}+p^{+}x^{-}-{\bf p}\cdot{\bf b} . The coordinates perpendicular to the 0 and 3 directions are denoted as 𝐛 {\bf b} and 𝐩 {\bf p}

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