A novel deep-learning-based computational method using object recognition to quantify visual context in naturalistic, multimodal stimuli demonstrates that a concept's perceived abstractness or concreteness dynamically depends on its visual context.

The visually deprived brain processes sensory letter information in tactile areas but perceptual letter information in sighted reading areas, revealing experience-dependent brain plasticity.

Benchmark simulations show that the VEXAT muscle model is more accurate than a Hill-type muscle model at mimicking the response of biological muscle to length changes great and small.

A synthetic, prospective article considers how the fields of sensory ecology and collective behaviour can combine when considering animal collective movements and interactions, and how these fields can inspire each other to advance understanding of animal behaviour, adaptation and evolution.

Ototoxic transient loss of inner ear inputs leads to suboptimal visuo-vestibular integration despite visual substitution and demonstrates the fundamental role of type I hair cells in the vestibulo-ocular reflexes.

Incidental experiences can lead to lasting category knowledge, demonstrating that humans forage for information to acquire and consolidate new knowledge even when learning is not strictly necessary for success on an ongoing task.