High-pressure optical measurements show that the mid-infrared hybridization peak grows and shifts up in energy in CeRhIn5, but shrinks and shifts down in YbNi3Ga9.
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Contrasting pressure evolutions of $f$ electron hybridized states in CeRhIn$_5$ and YbNi$_3$Ga$_9$: an optical conductivity study
High-pressure optical measurements show that the mid-infrared hybridization peak grows and shifts up in energy in CeRhIn5, but shrinks and shifts down in YbNi3Ga9.