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Toward the systematic search for axion-like particles in the eV mass range,we proposed the concept of a stimulated resonant photon collider by focusingthree short pulse lasers into vacuum. In order to realize such a collider, wehave performed a proof-of-principle experiment with a set of large incidentangles between three beams to overcome the expected difficulty to ensure thespace-time overlap between short pulse lasers and also established a method toevaluate the bias on the polarization states, which is useful for a futurevariable-incident-angle collision system. In this paper we present a resultfrom the pilot search with the developed system and the method. The searchresult was consistent with null. We thus have set the upper limit on theminimum ALP-photon coupling down to $1.5 \times 10^{-4}$ GeV${}^{-1}$ at theALP mass of 1.53 eV with a confidence level of 95 %.

Pilot search for axion-like particles by a three-beam stimulated resonant photon collider with short pulse lasers