Summary
Marco Aqil is a postdoctoral researcher based in Berkeley who blends theoretical physics, applied mathematics, and computational cognitive neuroscience to model semantic information processing in the human brain. With eight years of research experience culminating in a PhD from the Spinoza Centre for Neuroimaging, his work spans computational models of vision, large-scale neuroimaging analyses, and the neural effects of psychedelics including psilocybin. He holds a track record of high-impact publications (PNAS, Science Advances, Nature Communications) linking divisive normalization and chemoarchitecture to perceptual computations. A former founder and chair of a nonprofit advancing academic psychedelic research, he pairs rigorous modeling with translational curiosity about altered states. Currently an NWO Rubicon postdoc at UC Berkeley, he develops novel fMRI-based decoding methods for spontaneous thought and semantic processing. Colleagues describe him as a quantitatively rigorous scientist who brings physicist-style modeling to messy cognitive neuroscience problems.
8 years of coding experience
5 years of employment as a software developer
Bachelor Of Science with Honours Theoretical Physics, Bachelor Of Science with Honours Theoretical Physics at The University of Edinburgh
Master of Science Mathematics (Biomedical specialization), Master of Science Mathematics (Biomedical specialization) at Vrije Universiteit Amsterdam (VU Amsterdam)
Exchange Student (Third Year) Theoretical Physics, Exchange Student (Third Year) Theoretical Physics at University of California, Berkeley