The application discloses a Solis
photon pump array based on two-dimensional non-Abelian and fun principle and a pumping method thereof, and belongs to the technical field of
laser micro-
nano machining. The Solis
photon pump array is formed by stacking multiple
waveguide unit cells in a dense arrangement in the vertical propagation direction. Each of the multiple
waveguide unit cells is a "vegetable basket" structure. The
waveguide unit
cell comprises a first main waveguide, a second main waveguide, a first auxiliary waveguide, a second auxiliary waveguide, a first straight waveguide and a second straight waveguide. The first main waveguide is located at the bottom surface of the "vegetable basket" structure, the second main waveguide and the first auxiliary waveguide are respectively located at two side surfaces of the "vegetable basket" structure, the second auxiliary waveguide is located at the
handle surface of the "vegetable basket" structure which is symmetrical to the bottom surface, and the first straight waveguide and the second straight waveguide are respectively located at two mutually parallel edge lines of the bottom surface of the "vegetable basket" structure, and the direction is the propagation direction. The Solis
photon pump is integrated in the
horizontal and vertical directions by periodically adjusting the
horizontal and vertical coupling coefficients between the waveguides, and then the photon control can be performed in the
horizontal and vertical directions. The application further improves the calculation dimension of the Solis photon pump device, and realizes one-step construction and preparation of a high-order
unitary matrix operation module based on the Solis pump.