A fascinating new paper published by Anat Baniel, Eilat Almagor, Neil Sharp, Ohad Kolumbus and Dr. Martha R. Herbert in Frontiers in Integrative Neuroscience explores a simple but powerful idea: movement is not just mechanical, it is deeply connected to attention, emotion, and human relationship.

They suggest that rehabilitation is most effective when it goes beyond exercises and repetitions. The nervous system learns through meaningful experiences. How we feel, where we place our attention, and the quality of interaction between practitioner and client all influence how new movement patterns emerge.

For practitioners of the Anat Baniel Method and Feldenkrais, this may sound familiar, as it is one of the guiding principles behind my full time practice as an ABM NeuroMovement practitioner.

Rather than correcting movement, these approaches invite people to explore it. Instead of pushing through difficulty, they create the conditions for the brain to discover easier, more efficient solutions. Curiosity replaces effort allowing awareness to replace force.

The paper describes rehabilitation as a shared process between practitioner and client, where empathy, trust, and attention become active ingredients in learning. Recovery is not simply something done to a person. It unfolds through interaction.

This helps explain why two people performing the same exercise can experience very different outcomes. It isn’t only the movement that matters. The quality of attention brought to the movement matters too.

For those of us working in neurological rehabilitation, this research affirms an important principle: lasting change comes from engaging the whole person, not just the body. Every lesson becomes an opportunity for the nervous system to notice, adapt, and organize itself in a more efficient way.

The future of rehabilitation will not be about doing more. It is about noticing more.

Baniel A, Almagor E, Sharp N, Kolumbus O and Herbert MR (2025) From fixing to connecting—developing mutual empathy guided through movement as a novel path for the discovery of better outcomes in autism. Front. Integr. Neurosci. 18:1489345. doi: 10.3389/fnint.2024.1489345