A visual stimulation presentation apparatus including: a specimen holding unit, made of a non-magnetic material, configured to hold multiple specimens of actual objects serving as specimens for presenting a subject with visual stimulation when running an apparatus to measure brain functions of the subject by detecting change in magnetic field; an actuator, made of a non-magnetic material, configured to selectively present multiple specimens of actual objects set in the specimen holding unit, by driving the specimen holding unit; and a control unit configured to control driving of the actuator; is used, whereby presenting time and presenting position can be precisely controlled and the delicate surface state of the objects with a high degree of sense of texture.
VISUAL STIMULATION PRESENTING APPARATUS, FUNCTIONAL MAGNETIC RESONANCE IMAGING APPARATUS, MAGNETOENCEPHALOGRAPH APPARATUS, AND BRAIN FUNCTION MEASUREMENT METHOD