  We report soft point-contact spectroscopy studies of URu2Si2 both in the
hidder order (HO) and the large-moment antiferromagnetic (LMAF) states accessed
by pressure. In the HO state at ambient pressure, the spectroscopy shows two
asymmetric peaks around the Fermi energy that emerge below the hidden order
temperature T_{HO}. In the LMAF state at higher pressures, the spectra are
remarkably similar to those in the HO state, indicating a similar Fermi surface
gapping in the HO and LMAF states and providing a new clue to unraveling the
puzzling HO state.
