Mac Shine

Associate professor of computational systems neurobiology
University of Sydney

Mac Shine is associate professor of computational systems neurobiology in the Brain and Mind Centre at the University of Sydney in Australia. His lab focuses on mapping mechanistic neurobiological neural models to dynamical network signatures estimated from functional neuroimaging data.

Shine completed his Ph.D. in cognitive neuroscience at the University of Sydney. As a graduate student, he helped to refine the neural mechanisms of non-motor symptoms of Parkinson’s disease. As a postdoctoral fellow at Stanford University in California, Shine developed innovative approaches for tracking whole-brain network dynamics from noninvasive functional neuroimaging data. In 2017, he returned to the University of Sydney, where he runs a diverse research lab that creates neurobiological models of cognitive function. He is a joint National Health and Medical Research Council/Bellberry fellow.

From this contributor

Explore more from The Transmitter

Illustration of scientist in lab coat looking at shelves of computer network models.

Mass-produced science is coming. What happens to scientists?

Artificial intelligence may soon enable researchers to generate high-quality science at a previously unimaginable speed. For science consumers—the public, medical patients, technology users—the likely effects will be positive. For scientists, the effects will be as disruptive as industrial mass production was for artisan manufacturers.

By Kenneth Harris
9 July 2026 | 9 min read
Adriano Aguzzi.

Neuropathologist not guilty of research misconduct, says university probe

The investigation determined that seven papers by corresponding author Adriano Aguzzi have “scientifically significant” errors, which Aguzzi attributes to his former students.

By Dalmeet Singh Chawla
8 July 2026 | 5 min read
Research image of proliferating neural cells.

Diverse autism genes derail common developmental pathways

Multiple genetic mouse models initially show delayed cortical development, but the animals’ molecular trajectories diverge within weeks after birth, a new study finds.

By Holly Barker
8 July 2026 | 5 min read