Binding energies of 6Li p-wave Feshbach moleclules

We present measurements of the binding energies of Li-6 p-wave Feshbach molecules formed in combinations of the vertical bar F= 1/2, m(F)=+1/2) (vertical bar 1 >) and vertical bar F=1/2, m(F)= -1/2) (vertical bar 2 >) states. The binding energies scale linearly with magnetic field detuning for all three resonances. The relative molecular magnetic moments are found to be 113 +/- 7 mu K/G, 111 +/- 6 mu K/G, and 118 +/- 8 mu K/G for the vertical bar 1 >-vertical bar 1 >, vertical bar 1 >-vertical bar 2 >, and vertical bar 2 >-vertical bar 2 > resonances, respectively, in good agreement with theoretical predictions. Closed-channel amplitudes and the size of the p-wave molecules are obtained theoretically from full closed-coupled calculations.