Dear Editor,

In our technology-driven era, dominated by computers and digital devices in education, an unexpected advocate for cognitive enhancement has emerged: cursive writing. Recent studies reveal a nuanced connection between cursive handwriting and heightened brain connectivity, leading to improved learning and memory.

High-density electroencephalogram (EEG) data from 36 students demonstrate that both touch screen and paper-based cursive writing activate extensive brain regions crucial for memory and learning. Norwegian neuroscientist Professor Audrey van der Meer underscores the significance of complex brain connectivity patterns associated with cursive, challenging the prevailing trend of digital note-taking and emphasising the need for a balance between traditional handwriting and digital literacy.

California has notably reintroduced cursive writing into its curriculum through Assembly Bill 446, recognising its cognitive benefits for approximately 2.6 million grade school students. Cursive’s cognitive advantages extend beyond letter formation, engaging different neural networks and contributing to improved childhood development.

The meticulous formation of cursive letters has been linked to increased confidence and memory retention, surpassing the efficacy of keyboard typing. While technological advances shape education, the resurgence of cursive prompts comprehensive research within schools, supported by literacy departments, to explore its effects on memory and cognitive development.

California’s embrace of cursive signifies acknowledgement of its cognitive benefits in the digital age. Balancing tradition and technology, educational institutions must prioritise cursive writing to empower students with a multifaceted approach to learning, promoting cognitive development and technological fluency.

Lindsworth Deer

lindsworthdeer@outlook.com