  We propose a microwave-laser-mixed three-beam stimulated resonant photon
collider, which enables access to axion-like particles in the meV mass range.
Collisions between a focused pulse laser beam and a focused microwave pulse
beam directly produce axion-like particles (ALPs) and another focused pulse
laser beam stimulates their decay. The expected sensitivity in the meV mass
range has been evaluated. The result shows that the sensitivity can reach the
ALP-photon coupling down to $O(10^{-13})$ GeV${}^{-1}$ with $10^6$ shots if 10
-100 TW class high-intensity lasers are properly combined with a conventional
100 MW class S-band klystron. This proposal paves the way for identifying the
nature of ALPs as candidates for dark matter, independent of any cosmological
and astrophysical models.
