Thomas A. Carlson

Papers

Total Citations

H-Index

About

Thomas A. Carlson is a cognitive neuroscientist whose research illuminates how the human brain organizes and represents visual objects. His key contributions lie in understanding the neural coding of object categories, moving beyond traditional face- and body-selective regions to explore broader organizational principles. Carlson’s most cited work, “A humanness dimension to visual object coding in the brain” (2020, 36 citations), demonstrates that the brain’s visual system is tuned along a continuum of “humanness”—from animate to inanimate—challenging earlier models that relied on discrete categories. This finding, replicated in a 2019 companion paper (6 citations), suggests that neural representations are shaped by how closely an object resembles a human form, offering a more nuanced framework for object recognition. By integrating neuroimaging with computational modeling, Carlson has advanced our understanding of visual perception and its neural substrates. His work has significant implications for artificial intelligence and clinical neuroscience, where decoding object representation can inform both machine vision and rehabilitation. With a growing citation impact, Carlson is a rising voice in visual cognition, bridging psychology, neuroscience, and computational theory.