60 % over the LHs and still by about 30 % over the best-performing RSLHs, which benefit from their long-range EXX admixture. Note that ωLH23td corrects ωLH22t by a delocalization-error correction term in the LMF, while ωLH23tdE additionally adds strong-correlation corrections. None of this applies to LH24n-B95, and thus the improvements for both barriers and atomization energies are entirely due to the use of an n-LMF. We may anticipate that use of an n-LMF for RSLHs may provide even further improvements. We currently investigate this possibility in our group.