We have had great help from reviewers to make it clearer, which is not a simple task when you aim for wide coverage of the field (>150 references!). Enjoy and please cite our work 😅

🧮 Then, we discuss how the rich history of empirical retinotopic mapping has been leveraged along the way to inform models of the retinotopic organization in human visual cortex.

🔬 Following that, we review empirical retinotopic mapping experiments using fMRI, highlighting the impact of phase-encoding designs and population receptive field (pRF) modeling on human brain mapping.

What we cover: 📖
🕰️ First, we give an overview of the history of retinotopic mapping (spoiler alert: the way we represent retinotopic maps goes back >100 years! 📜)

and its implications for understanding interindividual variability in retinotopic organization and uncovering its links to human perception.

While these retinotopic maps follow consistent patterns across people, there's fascinating variability in how each individual's visual cortex is organized. Here we focus on exploring recent advances in modeling the retinotopic organization of the human visual cortex...

Our brain's visual cortex creates detailed 2D maps of what we see, much like how a cartographer maps the world around us 🗺️.

Congratulations 🤩🤩👏🏽👏🏽👏🏽

I will try that!