Research Summary: Concrete reading theory: embodied anchors for early literacy in digital contexts

A new neurocognitive framework, Concrete Reading Theory (CRT), posits that foundational literacy acquisition relies on multisensory, affectively charged cognitive structures, termed 'functional anchors,' which connect abstract orthographic symbols to concrete sensorimotor networks. This theory suggests that traditional literacy models overlook haptic, proprioceptive, and affective systems, a problem exacerbated by the shift to screen-mediated digital learning which displaces hands-on material engagement.

Why it matters

This research highlights a potential gap in current early literacy approaches, particularly concerning the increasing prevalence of digital learning environments. Understanding and integrating Concrete Reading Theory could significantly impact the effectiveness of educational strategies and technology adoption for foundational skill development.

Key insights

• Traditional literacy models primarily focus on visual and auditory decoding, marginalizing haptic, proprioceptive, and affective sensory systems.
• The rapid digital transformation in early childhood education reduces hands-on material engagement in favor of screen-mediated interaction.
• Concrete Reading Theory (CRT) proposes that durable literacy depends on 'functional anchors' – multisensory, affectively charged cognitive structures.
• These functional anchors are crucial for binding abstract orthographic symbols to concrete sensorimotor networks.
• The term 'concrete' in CRT refers to these foundational sensorimotor connections rather than just physical materials.

Source

Frontiers in Education — https://www.frontiersin.org/articles/10.3389/feduc.2026.1880655