Lukas Vogelsang

5/ Thank you also for sharing your recent preprint, which I am looking forward to reading in greater detail shortly!

4/ Second: indeed, there is a mapping from the 1000 categories to the 16 broader classes, based on Geirhos' 2019 code that you can find here: github.com/rgeirhos/tex....

3/ Also, if I'm understanding it correctly, looking at Supplemental Figure 8E in Jang & Tong (2024) (www.nature.com/articles/s41...), it seems that the baseline AlexNet (red) had a shape bias of 0.4 as well, and strong blur (purple) then brought it up to around 0.7!

2/ First: while any absolute values were certainly not the focus of our paper, we did check the baseline and found that it was really quite similar to Geirhos et al. (2019), who had >0.4 for AlexNet. Below is a screenshot from their paper (similar to our Supplementary Fig 14 you shared before).

1/ Thanks, @sushrutthorat.bsky.social and @zejinlu.bsky.social! Great to hear from you, and I look forward to meeting at CCN! Two brief points below that might be helpful:

Study: Babies’ poor vision may help organize visual brain pathways A new study may explain how the brain’s parvocellular pathway, which is responsible for processing color and fine detail, and its magnocellular pathway, which is involved in depth perception and detec...

6/ Thanks to all authors (including Sid, who will soon celebrate his 100th birthday!), and the reviewers for particularly helpful feedback.
Paper: doi.org/10.1038/s420...
MIT News story: news.mit.edu/2025/study-b...

5/ Moreover, developmentally inspired training also led networks toward a stronger bias for global shape processing, potentially driven by magnocellular-like units. Together, this has implications for neuroscience and the design of more robust and human-like computational vision systems.

4/ While not ruling out the role of phylogenetic dispensation ('nature'), our results demonstrate the possibility of an experience-driven ('nurture') route to part of the emergence of this fundamental organizing principle in the mammalian visual system.

3/ Training deep networks with such joint developmental regimens revealed that the temporal confluence in the progression of spatial frequency and color sensitivities significantly shapes some neuronal response properties characteristic of the division of parvo- and magnocellular systems.

2/ Previously, we examined AID (reviewed in doi.org/10.1016/j.dr...) separately for the domains of visual acuity (doi.org/10.1073/pnas...), color sensitivity (doi.org/10.1126/scie...), and even prenatal hearing (doi.org/10.1111/desc...). Here, we consider visual acuity and color sensitivity jointly.

Potential role of developmental experience in the emergence of the parvo-magno distinction - Communications Biology Developmentally-driven computational modeling study suggests that early sensory experience shapes distinct neuronal response properties in the visual system, providing a potential account of the emerg...

1/ New paper out in @commsbio.nature.com, led by @marinv.bsky.social: doi.org/10.1038/s420...! Across several past studies, we showed how newborns' degraded vision may benefit human development and inspire more robust deep networks. We have referred to this as Adaptive Initial Degradations (AID).