Lawrence Cormack

Dr. Lawrence Cormack is passionate about unraveling the complexities of human vision through his extensive research at the University of Texas at Austin. With a keen interest in the sensory, perceptual, and computational aspects of vision, Dr. Cormack delves into the intricacies of binocular vision and stereopsis, exploring how these processes contribute to our understanding of depth perception and disparity scaling. His work in computational modeling of early visual processes provides valuable insights into how we perceive the world around us. In addition to his focus on human vision, Dr. Cormack is deeply engaged in the comparative physiology and evolution of vision, seeking to understand how different species perceive their environments. His innovative research has led to the discovery of a novel illusion in his laboratory, which he uses to explore the properties of motion perception. This groundbreaking work not only enhances our understanding of visual processes but also opens new avenues for further exploration. Recently, Dr. Cormack has turned his attention to the image properties that attract gaze, particularly when viewing natural scenes or searching for targets embedded in naturalistic noise. This line of inquiry aims to uncover the underlying mechanisms that guide our visual attention, providing a deeper understanding of how we interact with complex visual stimuli in our everyday lives. Through his dedication and expertise, Dr. Cormack continues to make significant contributions to the field of vision science, advancing our knowledge of how we perceive and interpret the world.