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100			_aHong, Sang Wook _949269
245			_aSlow Temporal Dynamics of Motion-Induced Brightness Shift Reveals Impact of Adaptation/
260			_bsage _c2019
300			_aVol 48, Issue 5, 2019: (402-411 p.).
520			_aBrightness of an object is determined by various factors including ambient illumination, surface reflectance of the object, and spatial and temporal relation between the object and its surrounding context. Recently, it has been demonstrated that the motion of an object alters its own and nearby object’s appearance such as brightness and color. This study aims to unveil mechanisms of the motion-induced brightness shift by measuring its temporal dynamics. We found that the motion-induced brightness shift occurred instantaneously with the motion onset when the motion was introduced abruptly. However, the brightness of a stationary object was altered gradually by a nearby moving object in about 2 s time window when the stationary dot was introduced abruptly. Two distinct temporal dynamics (slow vs. fast) of the motion-induced brightness shift demonstrate that both slow neural adaptation and fast neural normalization processes determine the brightness shift induced by the object’s motion.
650			_abrightness induction, _949270
650			_anormalization, _949271
650			_a adaptation, _949272
650			_atemporal dynamics _949273
700			_aKang, Min-Suk _949274
773	0		_012374 _916462 _dSage, _tPerception _x1468-4233
856			_uhttps://doi.org/10.1177/0301006619845529
942			_2ddc _cART
999			_c12431 _d12431