Neural Evidence of Statistical Learning: Efficient Detection of Visual Regularities Without Awareness. - Nicholas B. Turk-Browne; Brian J. Scholl; Marvin M. Chun; Marcia K. Johnson (J. Cogn. Neurosci., 2009)

Retinotopically specific visual adaptation reveals the structure of causal events in perception. - Jonathan F. Kominsky; Brian J. Scholl (CogSci, 2018)

Look out, it's going to fall!: Does physical instability capture attention and lead to distraction? - Marta Kryven; Sholei Croom; Brian J. Scholl; Josh Tenenbaum 001 (CogSci, 2019)

Modeling temporal attention in dynamic scenes: Hypothesis-driven resource allocation using adaptive computation explains both objective tracking performance and subjective effort judgments. - Eivinas Butkus; Mario Belledonne; Brian J. Scholl; Ilker Yildirim (CogSci, 2020)

Perception of soft materials relies on physics-based object representations: Behavioral and computational evidence. - Wenyan Bi; Aalap D. Shah; Kimberly W. Wong; Brian J. Scholl; Ilker Yildirim (CogSci, 2021)

Flexible Goals Require that Inflexible Perceptual Systems Produce Veridical Representations: Implications for Realism as Revealed by Evolutionary Simulations. - Marlene D. Berke; Robert Walter-Terrill; Julian Jara-Ettinger; Brian J. Scholl (Cogn. Sci., 2022)

Advances in the Study of Visual and Multisensory Objects. - Aleksandra Mroczko-Wasowicz; Casey O'Callaghan; Jonathan Cohen 003; Brian J. Scholl; Philip J. Kellman (CogSci, 2023)