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The fundamental 28SiH+ ion has been characterized in a collaborative work,utilizing a hollow-cathode-discharge laser-spectrometer and a cryogenic iontrap spectrometer. Twenty-three vibration-rotation transitions around 4.75 umhave been detected with high accuracy. This has facilitated the first directmeasurement of the pure rotational transition J=1<-0 at 453056.3632(4) MHz inthe trap spectrometer. The measured and accurately predicted transitions enablethe search for this ion in space with IR and sub-mm telescopes.

Accurate frequency determination of vibration-rotation and rotational transitions of SiH+