The earliest forms of writing date from approximately 5,000 years ago. Throughout our history, written communication has played a central role in the dissemination of culture and concepts. Our social brain has fine-tuned this motor skill to be much more than a simple hand gesture.
Yet in the past two decades, we’ve seen a tremendous shift in our classrooms from the pen-and-paper to digital. Technology has certainly paved the way for education to reach the farthest corners of the globe, but as we relegate cursive handwriting to the first few years of schooling, are we losing anything?
The Handwriting and Brain
Handwriting is linked to enhanced writing skills and reading. This neural link underlies how the brain can boost memory of language.
Recent neuroscientific research has uncovered a distinct neural pathway that is only activated when we physically draw out our letters. And this pathway, etched deep with practice, is linked to our overall success in learning and memory.
A lot of what we understand today about writing and the brain comes from studies on people who suffered a brain injury or disease.
For instance, ‘writer’s cramp’ is a type of task-specific focal hand dystonia, in which patients lose the ability to write with their dominant hand, while still being able to perform other motor tasks with the dominant hand (ie: shaving) and write with another limb (ie: the non-dominant hand).
This type of disorder tells us that there is something special about handwriting in the brain that is distinct from other motor movements.
In fact, a recent meta-analysis of neuroimaging studies revealed an extensive network of primarily left-hemisphere brain areas specifically involved in writing tasks (including finger writing and imagined writing).
Imaging studies on children now reveal how critical handwriting can be to the general learning process. In 2012, a study on pre-literate children found that when kids practiced handwriting letters freeform – rather than tracing or typing them out — they activated the brain’s reading circuit.
This means that reading letters is influenced by drawing out the letters, not by typing or tracing them. And the better we write, the better we read.
Handwriting quality is also linked to enhanced writing skills and reading. This neural link underlies how the brain processes sounds and can boost learning and memory of language.
So take note: handwriting (not typing) your notes can enhance your memory of the lecture and may give you that edge when needed.
Calm and Creative
For all the cognitive benefits of writing, there is something deeply meditative and artistic that has driven art forms involving handwriting across cultures.
For instance, calligraphy, a personal favorite, is far more about getting in the zone with a repetitive gesture than it is about delivering a specific message quickly. In fact, cursive writing seems to activate a separate brain network altogether.
Like doodling, coloring or Zentangle, these creative pursuits put the mind at ease and spark creativity. What neuroplasticity has taught us, is that it is never too late to learn (or relearn) a skill.
These diversions are relatively simple to implement in everyday life; allowing the mind to wander a bit, or rest on a repetitive task-at-hand, only require minutes of our day. That can boost your memory power.
Perhaps the greatest thing about handwriting is that the very act of doing it forces you to focus on what’s important. It is, in essence, a moment of mindfulness.
Disclaimer: One element of handwriting may be analysed at a time, but always look at the entire handwriting sample before arriving at any conclusion.
