Are Students Learning Less When They Read on Screens?

New Research Suggests That Digital Reading Encourages Faster Reading, Greater Overconfidence, and Weaker Comprehension

Summary for Educators

Based on:

Authors: Angelica Ronconi and Lucia Mason
Source: Journal of Educational Psychology, Volume 118, Issue 5, pp. 651–676
Published: April 9, 2026 (online); July 2026 (journal issue)
Original Research: Read the Study

THE BIG IDEA

Schools have invested billions in digital devices, online textbooks, and electronic learning platforms. But an important question remains: Are students actually learning as effectively when they read on screens as when they read traditional printed materials?

A 2026 study published by the American Psychological Association raises significant concerns.

Researchers Angelica Ronconi and Lucia Mason examined how 141 seventh- and eighth-grade students processed informational science texts presented on paper and digitally.

Their findings revealed a troubling pattern: Students reading on screens spent less time processing information, expressed greater confidence in their understanding, and demonstrated lower reading comprehension than when reading printed materials.

Perhaps most concerning, students often failed to recognize that their understanding was weaker.

The researchers identified a potentially self-reinforcing sequence: Faster reading leads to overconfidence, which is associated with poorer comprehension.

For school leaders, these findings suggest that decisions about instructional technology should consider not simply whether students can access information digitally, but whether they are genuinely learning from it. information for practice

KEY TAKEAWAYS

1. Reading faster does not necessarily mean learning more.

Students completed digital reading assignments more quickly than comparable printed assignments. However, that additional speed was accompanied by poorer comprehension.

Digital reading may encourage students to skim rather than engage in the thoughtful processing required for deeper understanding.

2. Students were more confident when reading digitally—even when they understood less.

One of the study's most important findings involved metacognitive calibration: the ability to accurately judge one's understanding.

Students reading on screens tended to overestimate their comprehension.

This creates a serious instructional challenge because students who believe they understand something may see little reason to reread, ask questions, or seek clarification.

3. Digital reading may encourage shallow processing.

The researchers investigated the shallowing hypothesis, which suggests that digital environments may promote relatively superficial engagement with text.

The results supported the possibility that students approach digital material with reading habits that prioritize speed over thoughtful examination.

4. Strong working memory did not eliminate the problem.

Researchers examined whether differences in students' working memory influenced reading outcomes.

Although verbal working memory appeared to influence how students allocated reading time, the pathway connecting faster digital reading, overconfidence, and reduced comprehension was evident across working-memory levels.

Even students with strong cognitive resources were not necessarily protected.

5. Screens did not produce higher reported cognitive load overall.

Interestingly, students did not report significantly greater mental effort when reading digitally.

This suggests that lower comprehension cannot simply be attributed to screens making reading feel more difficult.

Indeed, digital reading may feel relatively easy even when understanding is compromised.

6. The problem involves both reading behavior and self-monitoring.

The researchers identified two interconnected concerns: students devoted less time to digital reading and were less accurate in assessing their understanding.

Addressing only one of these difficulties may be insufficient. ResearchGate

WHY IT MATTERS FOR SCHOOL LEADERS

The implications extend beyond reading instruction.

Today's students increasingly encounter science, history, mathematics, and literature through digital platforms. Schools frequently celebrate expanded access to technology without consistently examining whether the instructional format supports deep understanding.

This study suggests that the medium through which students encounter information can influence how carefully they process it.

However, the findings should not be interpreted as justification for eliminating classroom technology.

The investigation involved 141 middle school students reading two informational science texts. It does not establish that paper is superior for every student, subject, or instructional purpose.

Instead, it raises an important question about instructional design: Are schools teaching students how to read deeply and monitor their comprehension in digital environments?

The challenge is not simply choosing between books and screens. It is ensuring that technology improves learning rather than merely accelerating access to information.

LEADERSHIP ACTION STEPS

1. Reconsider when printed materials may be preferable.

Encourage teachers to examine which reading assignments require sustained attention, careful analysis, and deep comprehension.

For particularly demanding informational texts, printed materials may deserve greater consideration.

2. Teach students to monitor their own understanding.

Introduce routines that require students to pause periodically, summarize important ideas, and identify concepts they cannot explain.

A useful question is: Can I explain what I just read without looking back at the text?

3. Build deliberate pauses into digital reading.

Rather than allowing students to rush through online assignments, encourage teachers to incorporate reflection questions, brief written summaries, and opportunities to revisit challenging passages.

4. Evaluate comprehension rather than completion speed.

Avoid equating rapid assignment completion with successful learning.

Use assessments that measure explanation, inference, application, and retention rather than simply checking whether students finished reading.

5. Examine the district's digital reading practices.

Ask instructional teams to compare student comprehension across print and digital formats using comparable reading selections and assessments.

Use those findings to inform curriculum and technology decisions rather than assuming that one format is universally superior.

LEADER REFLECTION

Consider the following question:

Have our schools become so focused on providing students with faster access to information that we have neglected to examine whether they are actually understanding what they read?

The most important lesson from this research may not be that students should spend less time using technology.

It may be that schools must become much more intentional about teaching students to slow down, think deeply, and question their own understanding.

Reading quickly is not the same as reading well. And feeling confident is not the same as knowing.

Original Article

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Prepared with the assistance of OpenAI's AI software. (2026). ChatGPT (5.2) [Large language model]. https://chat.openai.com