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No evidence for magnetic ordering is found in our studies taken down to 50 mK, consistent with the 38 mK upper limit for ordering reported earlier [29]

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CONDITIONAL 1

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Spin liquid properties of the kagome material Cu$_3$(HOTP)$_2$

cond-mat.str-el · 2024-11-27 · conditional · novelty 6.0

Muon spin relaxation and DFT+U indicate that the kagome MOF Cu3(HOTP)2 is a clean, gapless 2D quantum spin liquid whose excitations are best matched by a Z2-linear Dirac model with additional singlet excitations.

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  • Spin liquid properties of the kagome material Cu$_3$(HOTP)$_2$ cond-mat.str-el · 2024-11-27 · conditional · none · ref 7

    Muon spin relaxation and DFT+U indicate that the kagome MOF Cu3(HOTP)2 is a clean, gapless 2D quantum spin liquid whose excitations are best matched by a Z2-linear Dirac model with additional singlet excitations.