Fig. 3: Thermal evolution of the magnetic excitation spectrum in BPCC at mz = 0.5 (Bz = 2.876 T). | Nature Communications

Fig. 3: Thermal evolution of the magnetic excitation spectrum in BPCC at mz = 0.5 (Bz = 2.876 T).

From: Fingerprints of supersymmetric spin and charge dynamics observed by inelastic neutron scattering

Fig. 3

a, b Measured neutron scattering intensities in sector q⊥ = π at temperatures of 150 and 840 mK. c, d Corresponding ladder MPS calculations at 0 and 840 mK. e, f Measured intensities in sector q⊥ = 0 at temperatures of 150 and 840 mK. g, h Corresponding ladder MPS calculations. Vertical arrows mark qh cuts analyzed in detail and horizontal arrows draw attention to the differences between t0 continua in the two q⊥ sectors.

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