A scattering tomography device comprising: a transmitting antenna adapted to transmit radio waves into an interior of a body from outside the body; a receiving antenna adapted to receive, outside the body, scattered waves of the radio waves transmitted into the interior of the body by the transmitting antenna; and an information processing circuit adapted to obtain a plurality of measurement results of the scattered waves and generate a reconstructed image showing a tumor inside the body based on the measurement results, wherein the information processing circuit: is adapted to calculate, for each of the measurement results and using the measurement result as a boundary condition, a scattering field function that takes a transmission position of the radio waves and a reception position of the scattered waves as inputs and outputs an amount of the scattered waves at the reception position; is adapted to calculate, for each of the measurement results, a visualization function that takes a location to be visualized as an input and outputs an image intensity at the location to be visualized, and is defined based on the amount output from the scattering field function in response to inputting the location to be visualized into the scattering field function as the transmission position and the reception position; is adapted to generate an intermediate image for each of the measurement results based on the visualization function to generate intermediate images for the measurement results; and is adapted to generate the reconstructed image by calculating a minimum value of the image intensity at each position in the intermediate images using a logical conjunction. a transmitting antenna adapted to transmit radio waves into an interior of a body from outside the body; a receiving antenna adapted to receive, outside the body, scattered waves of the radio waves transmitted into the interior of the body by the transmitting antenna; and an information processing circuit adapted to obtain a plurality of measurement results of the scattered waves and generate a reconstructed image showing a tumor inside the body based on the measurement results, wherein the information processing circuit: is adapted to calculate, for each of the measurement results and using the measurement result as a boundary condition, a scattering field function that takes a transmission position of the radio waves and a reception position of the scattered waves as inputs and outputs an amount of the scattered waves at the reception position; is adapted to calculate, for each of the measurement results, a visualization function that takes a location to be visualized as an input and outputs an image intensity at the location to be visualized, and is defined based on the amount output from the scattering field function in response to inputting the location to be visualized into the scattering field function as the transmission position and the reception position; is adapted to generate an intermediate image for each of the measurement results based on the visualization function to generate intermediate images for the measurement results; and is adapted to generate the reconstructed image by calculating a minimum value of the image intensity at each position in the intermediate images using a logical conjunction. is adapted to calculate, for each of the measurement results and using the measurement result as a boundary condition, a scattering field function that takes a transmission position of the radio waves and a reception position of the scattered waves as inputs and outputs an amount of the scattered waves at the reception position; is adapted to calculate, for each of the measurement results, a visualization function that takes a location to be visualized as an input and outputs an image intensity at the location to be visualized, and is defined based on the amount output from the scattering field function in response to inputting the location to be visualized into the scattering field function as the transmission position and the reception position; is adapted to generate an intermediate image for each of the measurement results based on the visualization function to generate intermediate images for the measurement results; and is adapted to generate the reconstructed image by calculating a minimum value of the image intensity at each position in the intermediate images using a logical conjunction.