Recalibrating 1967-1973 emulsion hypernucleus data with modern masses raises Lambda separation energies by about 100 keV, except for 6LambdaHe.
Understanding the shortened lifetime of \boldmath$\isotope[3][\Lambda]{H}$\unboldmath
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The lifetime of the hypertriton $\isotope[3][\Lambda]{H}$ has been recently measured as significantly shorter than that of the free $\Lambda$. We present an explanation based on a change of the intrinsic hyperon decay due to the nuclear environment.
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Recalibration of the binding energy of hypernuclei measured in emulsion experiments and its implications
Recalibrating 1967-1973 emulsion hypernucleus data with modern masses raises Lambda separation energies by about 100 keV, except for 6LambdaHe.