A quick screenshot can feel like a reliable backup for memory, but new research suggests that pressing the capture button may sometimes make the original experience harder to remember. A series of experiments led by researchers at Binghamton University, State University of New York, found that people who photographed or screenshotted information often showed poorer memory for what they had seen than people who simply observed it. The effect, described in a study published in Memory & Cognition, may help explain why thousands of saved images can coexist with surprisingly little recall of the moments they were meant to preserve.
The phenomenon is related to what psychologists call the photo-taking impairment effect, a pattern in which taking a picture reduces later memory for the photographed material. Sophia Fabrizio ’22, MA ’24, a doctoral candidate in psychology at Binghamton University and lead author of the study, said the impairment is especially relevant when people capture information but do not later return to the resulting images. Photographs and screenshots can serve as useful retrieval cues when people intentionally review them and use them to reconstruct an experience. Without that later review, however, the act of saving information may create the illusion that the memory itself has been safely stored.
Modern digital habits make the issue unusually widespread. People routinely photograph lectures, museum displays, documents, messages, product information and online content, often with the intention of looking at it later. Estimates cited by the researchers suggest that people take approximately 20 photographs per day and store roughly 2,000 images on an average smartphone. In practice, many of those images are rarely revisited. “Unless you are actively reviewing those images as cues for elaborative memory retrieval, it is unlikely to benefit you,” Fabrizio explained. Elaborative retrieval involves actively reconstructing details, linking them to prior knowledge and considering their meaning rather than merely glancing at an image.
To investigate what the researchers call the digital capture effect, the Binghamton team conducted seven experiments involving human participants. In several experiments, participants viewed artwork and either captured images of it or observed it without taking a picture. They were later tested on their memory for the material. Other experiments introduced mathematical problems to determine whether taking a screenshot or photograph consumed cognitive resources that could otherwise support learning. Across the experiments, capturing images did not produce a clear memory advantage. Instead, participants generally showed impaired memory for the captured material, despite having created a digital record that could theoretically have supported later recall.
One explanation is divided attention. Photographing or screenshotting requires people to shift at least some attention away from the content they are trying to encode. They may need to frame an image, press a button, check whether the capture worked or decide what portion of a scene should be included. These operations can compete with encoding, the process through which sensory information is transformed into a more durable memory representation. Yet the researchers found evidence that divided attention is unlikely to explain the entire effect. Participants continued to show memory impairment when they were given additional time to view artwork before or after capturing it, and when the capture task was made easier. If the problem were simply a shortage of viewing time or excessive task difficulty, those changes should have substantially reduced the deficit.
A second possibility is cognitive offloading, the tendency to rely on an external device or record instead of maintaining information internally. Offloading is not inherently harmful. It is one of the reasons calendars, contact lists, search engines and navigation systems are useful: they allow the brain to redirect limited cognitive resources toward other goals. However, the strategy depends on the external record being reliable, accessible and actually consulted when the information is needed. The Binghamton findings suggest that people may begin to reduce their internal encoding as soon as they believe an image exists, even when that image will not meaningfully support later retrieval.
The experiments also produced findings that complicate a straightforward offloading explanation. Memory remained impaired even when participants knew that the pictures they had taken would be immediately deleted. In that situation, there was no dependable external archive to consult, yet the act of capturing the image still appeared to interfere with memory. Screenshotting was associated with weaker memory not only for the artwork itself but also for the source of the experience. Participants were less likely to remember whether they had viewed a piece of art directly or captured it as a screenshot. This suggests that the consequences may extend beyond the specific information saved on a device.
The researchers are also considering attentional disengagement, a process in which taking a photograph or screenshot may cause people to unconsciously distance themselves from an unfolding experience. Instead of remaining mentally immersed in what they are seeing, they may adopt the stance of someone documenting an event for later. That psychological shift could reduce the depth with which the experience is encoded, including contextual details such as where an object was seen, what surrounded it or how it was encountered. Fabrizio noted that poorer source memory for whether artwork was screenshotted or merely viewed, along with earlier findings of weaker memory for the locations of photographed museum pieces, offers preliminary support for this account.
Attentional disengagement may be connected to a long-established association between image capture and external memory storage. When people raise a phone, they may implicitly treat the device as the keeper of the experience, reducing the need to construct a detailed mental representation. The result is not that the brain loses all information instantly, nor that every photograph damages memory. Rather, the capture action may alter how attention and encoding are allocated at a critical moment. The researchers continue to test predictions of this account, including whether different kinds of capture, levels of personal involvement and expectations about future access produce different effects.
For people trying to remember information, writing notes by hand may offer a more demanding but potentially more effective alternative to indiscriminate screenshotting. Writing forces the note-taker to select, summarize and organize material, often translating it into a personally meaningful structure. This processing can create what psychologists call desirable difficulty: an amount of mental effort that makes learning slower in the moment but strengthens later retrieval. Handwritten notes are not automatically superior, however. Writing can also become a form of cognitive offloading when people record information only to avoid remembering it, such as adding a birthday to a calendar and then forgetting the date itself because reminders are expected to handle it.
The practical message is not to abandon cameras or screenshots, but to use them deliberately. A small number of intentional images, followed by active review, can support memory in much the same way that a calendar reminder supports planning. Reviewing an image effectively means more than scrolling past it: people can ask what happened, where and when it occurred, why it mattered and what details are missing from the frame. By contrast, taking frequent screenshots and allowing them to accumulate in an unvisited digital archive may encourage the brain to disengage from the experience. The researchers’ broader conclusion is striking: in some circumstances, the press of a button may impair memory for the captured information and possibly for the surrounding context as well.
Subject of Research: People
Article Title: “Digital amnesia: The aftermath of a screenshot”
News Publication Date: 4 August 2026
Web References: https://doi.org/10.3758/s13421-026-01921-2
References: Fabrizio, S., Lurie, R., and Westerman, D. “Digital amnesia: The aftermath of a screenshot.” Memory & Cognition. DOI: 10.3758/s13421-026-01921-2
Keywords: Memory, digital amnesia, screenshots, photography, photo-taking impairment effect, cognitive offloading, attentional disengagement, divided attention, long-term memory, smartphones, cognitive psychology, memory processes, cognition
