Apparently, My Notebook Has Been Doing More Than Collecting Dust

I have some mildly irritating news for anyone who has spent years convincing themselves that typing everything is simply the superior way to function: the old-fashioned pen may have been quietly making a pretty good case for itself.

Yes, the pen.

That primitive little stick we abandoned somewhere between smartphones, cloud storage, voice transcription, predictive text, and the moment somebody decided every appliance in the house needed Wi-Fi.

An article published by The Economic Times recently highlighted research suggesting that typing and handwriting may engage the brain differently. The basic idea is fascinating: forming letters by hand creates patterns of brain activity that are considerably different from pressing keys on a keyboard. The research does not establish that people who type are intellectually inferior, that laptops are ruining civilization, or that everyone needs to report immediately to Office Depot and purchase seventeen legal pads.

Still, the science gives those neglected notebooks sitting in our drawers a reason to feel smug.

Researchers F. R. Ruud Van der Weel and Audrey L. H. Van der Meer examined the brain activity of 36 university students using high-density electroencephalography, or EEG. Participants either wrote words by hand using a digital pen or typed them on a keyboard. During handwriting, researchers observed substantially more elaborate connectivity across several brain regions, particularly within theta and alpha frequency bands associated in prior research with attention, sensory integration, memory formation, and information processing (Van der Weel & Van der Meer, 2024). (Frontiers)

In less neuroscientific language: when you write something down, your hand and brain have quite a bit going on together.

When you type it?

Clickity-clackity-clack.

That description will probably not survive peer review.

Your Brain Has to Work for That Terrible Handwriting

Handwriting is surprisingly complicated when you stop thinking about it as something humans know how to do.

Consider writing the word platypus.

Your brain has to remember what the letters look like, determine their sequence, control your fingers, regulate pressure and movement, position the pen, visually monitor what you are producing, and continuously adjust those movements. Each letter requires a different physical pattern. A lowercase p does not require the same movement as an l, a, or s.

Typing works differently.

Once you know where the keys are located, producing each character involves selecting and pressing the corresponding key. The physical action required to create an A is remarkably similar to the action required to create a B. The machine handles the actual construction of the letter.

The Norwegian researchers argue that the precise movements involved in handwriting generate visual, motor, and proprioceptive information that contributes to broader patterns of neural connectivity. Their EEG results showed more extensive theta and alpha connectivity during handwriting than during their typing condition (Van der Weel & Van der Meer, 2024). (Frontiers)

There is something wonderfully ironic about this.

We spent decades developing technology that allows us to record information faster, cleaner, and more efficiently, only to discover that the inefficient method may require our brains to engage with the information in ways the efficient method does not.

Human beings apparently cannot have anything simple.

Speed May Be Part of the Problem

Typing is magnificent for speed.

I can type a sentence considerably faster than I can write it by hand. Most reasonably proficient typists can capture far more words from a lecture, meeting, interview, or conversation than they could using a pen.

That sounds like an obvious advantage.

Sometimes it is.

Yet speed creates an interesting problem: if I can record nearly everything, I do not necessarily have to decide what is important.

That distinction has been studied before.

In a famous 2014 paper with the wonderfully provocative title The Pen Is Mightier Than the Keyboard, psychologists Pam Mueller and Daniel Oppenheimer conducted three studies comparing laptop and longhand note-taking. Their laptop users tended to record more information and reproduce more of the lecturer’s words verbatim. The handwritten-note group had to be more selective. In the original experiments, longhand note-takers performed better on conceptual questions (Mueller & Oppenheimer, 2014). (PubMed)

Think about what that means.

A fast typist can become a court reporter.

The lecturer says something.

Tap-tap-tap-tap.

The lecturer says something else.

Tap-tap-tap-tap-tap.

Congratulations. You captured 1,800 words.

Do you have any idea what the person was talking about?

That is a separate question.

Handwriting imposes a bottleneck. Most of us cannot possibly write every spoken word, so we have to make choices. We listen, identify what seems significant, condense it, translate it into our own language, and put that version on paper.

That process may be doing part of the learning.

Before We Declare War on Keyboards, There Is a Catch

This is where science becomes less convenient and considerably more interesting.

The evidence does not justify saying, “Science proves handwriting makes you smarter.”

It does not.

Later researchers attempted to replicate the influential Mueller and Oppenheimer findings. A direct replication involving 142 participants found that laptop users again wrote more words and copied more of the lecture verbatim. Yet the researchers did not find evidence that handwritten note-taking produced superior immediate learning. Their mini-meta-analyses of eight comparable studies reached a similarly cautious result (Morehead et al., 2021). (PubMed)

There are meaningful limitations in the newer brain-connectivity research, too.

The 2024 EEG experiment involved only 36 university students. More significant for anyone trying to compare the experiment with ordinary computer use, participants in the typing condition were instructed to type using one right index finger. That is hardly how an experienced typist normally writes an article, takes class notes, answers email, or argues with strangers on Facebook at 2:17 in the morning.

Researchers Sébastien Pinet and Marieke Longcamp published a 2025 commentary challenging some of the stronger interpretations of the study. They pointed out that the experiment measured differences in neural connectivity rather than learning outcomes themselves. They criticized the artificial one-finger typing condition and argued that stronger claims about handwriting promoting learning exceeded what the experiment directly demonstrated (Pinet & Longcamp, 2025). (Frontiers)

That distinction deserves attention.

More brain connectivity during an activity is not automatically proof of better learning.

The study gives researchers an intriguing physiological difference to investigate. It does not give humanity permission to throw every Chromebook into the nearest dumpster.

So My Laptop Is Not Making Me Stupid?

Probably not.

Which is fortunate, considering I am writing an article about the possible cognitive benefits of handwriting on a computer.

The irony has been noted.

Digital writing has enormous practical advantages. Editing is easier. Searching is easier. Sharing is easier. Accessibility can be dramatically better. Writers can rearrange paragraphs without producing a manuscript that resembles an FBI evidence board.

Computers have become indispensable writing instruments for perfectly sensible reasons.

The more interesting lesson from this research is not pen versus keyboard.

It may be processing versus transcription.

When we write by hand, physical limitations frequently force us to slow down and make decisions. We cannot capture everything, so we decide what deserves to survive.

Typing removes much of that friction.

That can be excellent when the objective is producing text.

It may be less helpful when the objective is learning something.

The Great Notebook Rehabilitation Project

I have notebooks.

You probably have notebooks.

Some of us have an embarrassing number of notebooks.

We buy them with extraordinary optimism.

“This will be my idea notebook.”

“This one will be for serious research.”

“This beautiful one is too nice to actually write in.”

Then six months later, the serious research notebook contains a grocery list, three telephone numbers with no names attached, a mysterious notation reading “CALL MIKE THURSDAY,” and something that appears to say:

duck / Congress / lawsuit???

No explanation survives.

Perhaps the research gives us a reason to rehabilitate these poor abandoned objects.

Not by replacing computers, but by giving handwriting particular jobs.

If I am trying to learn something complicated, sketch the structure of an article, think through competing arguments, remember an important concept, or work out an idea that has been bouncing around my head without quite becoming coherent, handwriting may be worth trying.

There is a meaningful difference between recording information and wrestling with it.

For serious writers, students, researchers, journalists, teachers, and compulsively curious people, that distinction is useful.

A computer is spectacular at preserving words.

A notebook can make you decide which words deserve preservation.

There May Be Something Else Happening Here

Handwriting carries another characteristic that does not appear neatly on an EEG chart: it slows us down.

Normally, we treat slowness as failure.

Faster processor.

Faster internet.

Faster search.

Faster response.

Faster writing.

Faster everything.

Yet thinking has never promised to operate at broadband speed.

Some ideas require sitting there for a minute.

Handwriting introduces friction between thought and output. Your mind can move faster than your hand, which creates a tiny interval during which the idea must remain active long enough to be compressed into something writable.

That may be annoying.

It can be productive.

Consider brainstorming an article. On a computer, I can generate paragraphs immediately. That feels like progress, yet producing sentences and developing an argument are not necessarily the same activity.

Give me a sheet of paper and tell me I have room for only ten ideas, and suddenly selection becomes unavoidable.

What is the central argument?

What evidence supports it?

What contradicts it?

What am I missing?

What deserves one of those ten lines?

The limitation becomes part of the intellectual exercise.

Please Do Not Make Me Write 3,000 Words by Hand

Nobody needs to become ridiculous about this.

I am not handwriting a 3,000-word article merely to demonstrate respect for neuroscience. Somewhere around word 614, my hand would file a workplace-injury claim.

The practical approach is hybrid.

Use handwriting when the physical act of slowing down, selecting, organizing, remembering, or conceptualizing may help. Use keyboards when speed, revision, retrieval, collaboration, accessibility, publication, or sheer volume makes digital writing the sensible choice.

The researchers themselves do not argue that computers should disappear. Van der Meer has said that students should have opportunities to write by hand, yet computers remain practical for tasks such as producing longer texts and essays. (Frontiers)

That sounds remarkably reasonable.

Almost disappointingly reasonable.

I was hoping science would give me permission to announce that my collection of half-used notebooks constitutes advanced neurological equipment.

Try the Ridiculously Simple Experiment

Here is an experiment requiring no EEG cap, university laboratory, grant funding, or graduate students surviving primarily on caffeine.

The next time you encounter something you genuinely want to remember, do not type it.

Write it.

Then go one step further.

Do not copy it word for word.

Write what it means in your own language.

Close the notebook.

Come back later and see what you remember.

Try the same exercise with typed notes on another topic. There is no guarantee that handwriting will win. People differ, tasks differ, and the scientific literature does not support a universal rule that one method always produces superior learning.

You may discover something more useful than a universal rule.

You may discover how you think best.

The Pen Is Not Dead Yet

Technology has given us astonishing ways to record information. We can type it, dictate it, photograph it, scan it, store it in the cloud, search it instantly, summarize it with software, and carry entire libraries around in our pockets.

Yet the humble act of moving a pen across a surface still asks something distinctive from the brain.

The 2024 EEG research found markedly different connectivity patterns when participants formed words by hand compared with typing them. Earlier research raised the possibility that the forced selectivity of handwriting can promote deeper processing. Replication work has complicated the claim that handwritten notes automatically produce better learning, and researchers have raised legitimate methodological concerns about some of the newer experiments. (Frontiers)

That is where the evidence currently leaves us: not with a winner, but with two different tools that ask different things from us.

Your keyboard is faster.

Your computer is cleaner.

Your digital files are searchable.

Your pen has one peculiar advantage.

It makes you physically build every word.

Maybe that little bit of inconvenience is sometimes exactly what the brain needs.

And now, if you will excuse me, I apparently need to find a notebook.

I know I bought twelve of them.

References

Morehead, K., Dunlosky, J., & Rawson, K. A. (2021). How much mightier is the pen than the keyboard for note-taking? A replication and extension of Mueller and Oppenheimer (2014). Educational Psychology Review, 33, 753–780. (PubMed)

Mueller, P. A., & Oppenheimer, D. M. (2014). The pen is mightier than the keyboard: Advantages of longhand over laptop note taking. Psychological Science, 25(6), 1159–1168. (PubMed)

Pinet, S., & Longcamp, M. (2025). Commentary: Handwriting but not typewriting leads to widespread brain connectivity: A high-density EEG study with implications for the classroom. Frontiers in Psychology, 15, 1517235. (Frontiers)

Van der Weel, F. R. R., & Van der Meer, A. L. H. (2024). Handwriting but not typewriting leads to widespread brain connectivity: A high-density EEG study with implications for the classroom. Frontiers in Psychology, 14, 1219945. (Frontiers)