Exceptionally clear memories of emotionally significant events are called flashbulb memories. They’re called so because they are typically very vivid and detailed, much like a photograph, and often pertain to surprising, consequential, and emotionally arousing events, such as hearing about a national tragedy or experiencing a personal milestone.
Key Takeaways
- Definition: A flashbulb memory is a vivid, detailed ‘snapshot’ of the moment someone learned a surprising, personally significant piece of news.
- Origin: Roger Brown and James Kulik coined the term in 1977 after studying how people recalled hearing about shocking public events.
- Special or ordinary?: Researchers debate whether flashbulb memories resist forgetting in a special way or decay like any other memory.
- Models: The photographic, comprehensive, and emotional-integrative models each explain how a flashbulb memory forms and is maintained.
- Age and culture: How vivid and how accurate a flashbulb memory is can both vary with a person’s age and cultural background.
- Amygdala: The amygdala, an almond-shaped brain structure that helps process emotional significance, appears central to forming and retrieving these memories.
- Accuracy: Flashbulb memories feel accurate and are recalled with confidence, but research finds they are just as prone to forgetting and change as ordinary memories.
A flashbulb memory is an accurate and exceptionally vivid long-lasting memory for the circumstances surrounding learning about a dramatic event. Flashbulb Memories are memories that are affected by our emotional state.
The analogy of a flashbulb captures how vividly we often remember learning shocking news. We can recall where we were, what we were doing, and how we reacted, as if the whole scene had been “illuminated” by a flash. The scene stays fixed in memory.
Roger Brown and James Kulik coined the term ‘flashbulb memory’ in 1977. The name suggests shock, illumination, brevity, and detail, but a flashbulb memory is rarely that simple.
Brown and Kulik (1977) named six canonical details:
- Informant: who broke the news.
- Own affect: how the person felt.
- Aftermath: the importance of the event.
- Other affect: how people around them felt.
- Ongoing activity: what the person was doing at the time.
- Place: where the person was when the event happened.
Examples of Flashbulb Memory
Flashbulb memories are often associated with important historical or autobiographical events. Typical ‘flashbulb’ events are dramatic, unexpected, and shocking.
Here are several real-life examples of flashbulb memories:
- Remembering where you were and what you were doing when you heard about the 9/11 terrorist attacks.
- The moment you heard about the death of a beloved public figure like Princess Diana or Michael Jackson.
- Recalling the exact circumstances when you learned about a significant world event, such as the election of the first Black U.S. president, Barack Obama.
- Remembering the moment you were informed about a family member’s sudden and unexpected death.
- Recalling where you were and what you were doing when the World Health Organization declared COVID-19 as a pandemic in 2020.
Why Do Flashbulb Memories Occur?
Brown and Kulik (1977) constructed the special-mechanism hypothesis, which supposedly demonstrated the existence of a distinct special neural mechanism for flashbulb memories.
This mechanism was named “now print”, because it was as if the whole episode was a snapshot and imprinted in memory as such.
Brown and Kulik argued that experiences and events which exceeded the critical levels of consequentiality and surprise caused this mechanism of neural memory to register a permanent record of the event.
Surprise refers to not anticipating the event and consequentiality refers to the level of importance of the event.
Notably, however, they held that while flashbulb memories are fixed, they are not always necessarily accessible from long-term memory (Cohen, McCloskey & Wible, 1990).
The special-mechanism hypothesis of Brown and Kulik further held that the features of flashbulb memories are distinct from those of ordinary mechanisms of memory (Brown & Kulik, 1977).
Researchers initially identified detail, vividness, accuracy, and resistance to forgetting as flashbulb memories’ distinctive properties. That consensus did not last. Debate about these properties continues, and several rival models have emerged to explain the phenomenon (Er, 2003).
The Photographic Model
The photographic model holds that a stimulus experience can trigger a flashbulb memory only with significant shock, emotional arousal, and consequentiality (Brown & Kulik, 1977). Surprise registers the event first. The event’s importance then triggers emotional arousal.
The consequentiality of the memory may be determined by the event’s impact on one’s own life. Finally, surprise, emotional arousal, and consequentiality together shape how often a flashbulb memory gets rehearsed. That rehearsal frequency can then strengthen or weaken the memory’s associations and details.
The Comprehensive Model
The comprehensive model emphasizes upon the importance of incorporating a larger sample of subjects from a greater diversity of backgrounds (Conway, Anderson, Larsen, Donnelly, McDaniel, McClelland, Rawles & Logie, 1994).
Additionally, unlike the photographic model, which follows a sequential process in the development of a flashbulb account, the comprehensive model incorporates the interconnected nature of the pertinent variables.
For instance, interest in and knowledge of the experience may impact the level of consequentiality, which in turn, may affect one level of emotional arousal.
All these factors would impact the frequency of rehearsal, and finally, their aggregate impact would influence the strength of the associations.
The Emotional-Integrative Model
The emotional-integrative model incorporates elements of the photographic model and the comprehensive model (Finkenauer, Luminet, Gisle, El-Ahmadi, Van Der Linden & Philippot, 1998).
Like the photographic model, this model posits that the degree of shock constitutes the initial registration of the event.
Moreover, according to this model, the elements of surprise and consequentialism, as well as one’s attitude, can trigger an emotional state which directly helps create a flashbulb memory.
Furthermore, this emotional state, in turn, contributes to the rehearsal of the event, thereby strengthening the association and forming a flashbulb memory.
Herein, the formation of the flashbulb memory is significantly influenced by the individual’s emotional relationship to the particular event (Curci & Luminet, 2009).
What Research Suggests
A common approach seems to characterize studies of flashbulb memory. Researchers generally conduct their studies of flashbulb memory following a surprising and consequential public event (Neisser, 1982).
Initially, the participants are tested via interview or survey questions immediately after the event. Herein, the subjects are often expected to describe their personal relationship to the event.
Researchers then split participants into groups. Each group was retested after a different delay.
For instance, one group may be tested 12 months later, while another group may be tested 18 months after the event (Schmolck, Buffalo & Squire, 2000). This approach can expose memory decay and the rate of accuracy of the relevant flashbulb memories.
Key study: Brown & Kulik (1977).
Aim: To test whether shocking public events reliably produce vivid, lasting memories of the circumstances in which people learned about them.
Method: Brown and Kulik surveyed 40 Caucasian and 40 African American participants about nine assassinations or assassination attempts, plus one personal loss such as the unexpected death of a relative.
Findings: Almost everyone recalled the Kennedy assassination vividly. Ninety percent of African American participants recalled Martin Luther King’s assassination clearly, compared with about 75% of Caucasian participants. This gap reflects the event’s greater personal relevance for Black respondents.
Conclusion: Surprise and personal consequentiality jointly trigger a distinct “Now Print!” mechanism that fixes the reception context of a memory in unusual detail.
Confidence is not the same as accuracy. Several studies suggest flashbulb memories may be recollected vividly and confidently, yet still not as accurate as most people expect.
A study of 54 Duke University students tested this after the 9/11 terrorist attacks (Talarico & Rubin, 2003). Retrieval accuracy for their flashbulb memories declined over time at the same rate as their accuracy for ordinary, everyday memories.
Neisser and Harsch (1992) studied memories of the Challenger disaster. Participants remained highly confident in their recollections, yet those recollections were no longer accurate three years after the tragedy.
Flashbulb memories are not, in fact, more accurate than everyday memories. What sets them apart is confidence. People stay highly certain of a flashbulb memory even as its actual accuracy declines. A decade-long study of 9/11 memories confirmed this mismatch (Hirst et al., 2009).
Neurology Related to Flashbulb Memory
Studies have shown that emotional arousal engenders neurohormonal changes which impact the amygdala (Dolcos, LaBar & Cabeza, 2005). The amygdala seems to play a key role in encoding and retrieving memories of significant public events.
Key study: Sharot et al. (2007).
Method: Researchers scanned 24 Manhattan residents who lived through 9/11. They recalled their 9/11 memories and a set of control memories from summer 2001 during the scan.
Findings: Participants near the World Trade Center on 9/11 showed selective left-amygdala activation for their 9/11 memories, not for control memories. This held for 83% of that group.
Just 40% of participants slightly further away, in Midtown, showed the same pattern. Amygdala activation also correlated with physical proximity to the World Trade Center that day (r = .45).
Conclusion: Flashbulb memories carry a distinctive neural signature only for people who personally experienced the event. Distance alone is not enough. Merely hearing about a shocking event from afar does not reliably trigger the same mechanism (Sharot et al., 2007).
The amygdala’s role in memory relates to the rise in arousal an experience causes (McGaugh, 2004). What influences arousal likely shapes how a memory is formed.
The amygdala’s involvement with episodic memory is tied to physiological arousal. How intense that arousal feels can depend on a person’s own relationship to the event (Phelps et al., 2006).
Individual Differences
Age
Younger adults are generally more likely than older adults to form flashbulb memories (Cohen, Conway & Maylor, 1994). They also recall it for different reasons.
For instance, among younger adults, the chief predictor was emotional connectedness to the experience. Among older adults, reliance on rehearsal was more salient instead.
Additionally, older adults demonstrated a greater tendency to forget the context of the experience.
This was not always true, though.
Older adults severely affected by an event could form flashbulb memories as detailed as younger adults’ (Kvavilashvili, Mirani, Schlagman, Erskine & Kornbrot, 2010; Conway, Skitka, Hemmerich & Kershaw, 2009).
For instance, older adults who were directly affected by the 9/11 attacks recollected memories that, in detail, resembled the recollections of younger adults. Additionally, older adults also tend to have an enhanced recollection of experiences from their early adulthood and adolescence.
This phenomenon is described as the ‘reminiscence bump’. As a result, older adults retain flashbulb memories from their adolescence and early adulthood better than flashbulb memories from the recent past. The effect is well documented (Denver, Lane & Cherry, 2010).
Culture
In general, the factors which impact flashbulb memories are considered to be independent of cultural variation. Proximity to an event and personal involvement are generally regarded as the chief determining factors in memory formation. Or so researchers once thought.
However, some research suggests that the vividness of flashbulb memories may be influenced by cultural factors (Kulkofsky, Wang, Conway, Hou, Aydin, Johnson & Williams, 2011).
For instance, a study that evaluated the formation of flashbulb memories in China, the United States, Germany, Turkey, and the United Kingdom showed a notable variation in retrieval. Not every culture matched.
Participants from the United Kingdom and the United States reported more memories within the allotted time than those from Turkey, China, and Germany.
Moreover, the Chinese participants were less impacted by factors associated with personal involvement and proximity. Additionally, the effects of surprise and emotional intensity too varied across the countries.
Relationship to Autobiographical Memory
Flashbulb memory has long been classified as a subset of autobiographical memory. Autobiographical memory involves one’s everyday life experiences (Davidson & Glisky, 2002). The two overlap heavily.
However, the memory of a neutral autobiographical experience, such as an exam or a picnic, is considered less accurate than an emotionally arousing flashbulb memory. This is especially true when the flashbulb memory involves an issue of public concern or a national calamity.
Moreover, a comparative analysis of flashbulb memories and non-flashbulb memories shows that the former are encoded incidentally. Encoding, it turns out, matters. Non-flashbulb memories, by contrast, can be encoded specifically (Kvavilashvili, Mirani, Schlagman, Erskine & Kornbrot, 2010).
It has also been observed that vividness accompanies both types of memory. However, the vividness of non-flashbulb memories decreases over time, unlike that of flashbulb memories. Structure matters too.
Additionally, ordinary autobiographical memories involve a dimensional structure that spans every level of autobiographical information. Flashbulb memories, by contrast, appear to stem from a more densely integrated area of autobiographical information (Lanciano & Curci, 2012).
Additionally, while flashbulb memories require episodic memories, everyday memories are semantic recollections (Curci & Lanciano, 2009).
Critical Evaluation
Brown and Kulik’s “Now Print!” theory claims flashbulb memories are formed by a special, dedicated neural mechanism. Decades of research since have tested that claim from several angles, with a mixed verdict.
Is There a Special Memory Mechanism?
McCloskey, Wible, and Cohen (1988) mounted the most direct challenge. They studied memories of the 1986 Challenger disaster and compared their forgetting patterns with ordinary memory.
Flashbulb memories showed the same kinds of errors and forgetting curves as everyday autobiographical memories. The parallel was striking. The researchers argued no special “printing” mechanism was needed to explain them.
Instead, vividness and durability could come from sheer attention and rehearsal.
This “ordinary reconstructive memory” view echoes Neisser’s (1982) argument that flashbulb memories are simply retold, and reshaped, like any often-told story.
A middle-ground comprehensive model offers a different resolution. Using memories of Margaret Thatcher’s resignation, Conway and colleagues (1994) found that personal importance, not surprise or arousal alone, was the strongest predictor of flashbulb-memory formation.
Rehearsal and emotion each still played separate, smaller roles. No single mechanism decides the outcome.
Contemporary Research
Three questions have driven flashbulb-memory research since 2015.
Does the well-known confidence-accuracy gap hold up over a full decade? Is the amygdala truly necessary for a flashbulb memory to form? And does flashbulb memory work the same way across ages and in new kinds of global events?
A Decade-Long Follow-Up
Aim: Hirst et al. (2015) tested whether declining memory consistency alongside persistently high confidence, the pattern seen in the years after 9/11, still held a full decade on.
The cohort was large.
Method: The same large group first surveyed a week after the 2001 attacks was resurveyed at 11 months, 25 months, and again at 119 months, roughly ten years later.
Time mattered most.
Findings: Most forgetting happened in the first year, then levelled off. Confidence in the memories, however, stayed high across the entire ten-year period.
Conclusion: The gap between how consistent a memory actually is and how confident someone feels about it does not close over time (Hirst et al., 2015).
Is the Amygdala Necessary?
Earlier brain-scan evidence only showed that amygdala activity goes together with vivid emotional recall. It could not show the amygdala is required for the effect. That required a stronger test.
Aim: Spanhel and colleagues (2018) tested directly whether amygdala damage impairs flashbulb-memory quality.
Method: The sample included 33 patients with temporal lobe epilepsy, some with confirmed amygdala damage and some with the amygdala intact. Twenty healthy controls also took part. All completed flashbulb-memory tasks on two occasions at least two months apart.
Findings: Patients with amygdala damage showed significantly poorer flashbulb-memory recall than both other groups. Damage to the non-language-dominant hemisphere’s amygdala was especially disruptive.
Conclusion: The amygdala appears causally necessary, not merely correlated, for normal flashbulb-memory formation (Spanhel et al., 2018).
Age and a New Kind of Global Event
The strongest evidence on age comes from a meta-analysis, which sits above any single study in the hierarchy of evidence. Kopp, Sockol, and Multhaup (2020) pooled 16 studies covering 1,898 participants, comparing flashbulb memory in younger and older adults. The sample was substantial.
Findings: Ageing was linked to a small-to-moderate decline in flashbulb-memory quality, and older adults’ memories were also significantly less consistent on repeated testing.
Conclusion: Ageing reliably impairs both the formation and the long-term retention of flashbulb memories, helping explain why earlier single studies gave mixed results (Kopp et al., 2020).
A 2025 study extended the field beyond assassinations and terrorism. Aizpurua and colleagues surveyed Spanish adults about Spain’s COVID-19 alarm-state declaration.
Young adults recalled more specific detail than older or middle-aged adults. All age groups, however, reported high confidence, the now-familiar pattern showing up even for a slower-building public-health event (Aizpurua et al., 2025).
Methodological and Cultural Limitations
This entire field studies events researchers cannot create or control. A “surprising national tragedy” cannot be manipulated in a lab, so every major study is correlational, drawing on whatever shocking event happens to occur.
That makes it hard to rule out confounds like media coverage or regional proximity. Findings from one event may not generalise cleanly to another.
Cultural and generational variation limits the theory further. A meta-analysis has established a reliable age-related decline in flashbulb-memory quality (Kopp et al., 2020).
The weight given to personal importance versus rehearsal also differs across individualist and collectivist cultures (Kulkofsky et al., 2011).
Much of the founding evidence, Brown and Kulik’s original sample included, draws heavily on WEIRD (Western, Educated, Industrialised, Rich, Democratic) participants responding to a narrow set of American events. Broader testing is still needed.
Ethical limits shape the field too. Researchers cannot expose people to a distressing event purely to study memory, so evidence rests mainly on self-report questionnaires about tragedies that already happened.
Why are flashbulb memories so vivid?
Flashbulb memories are so vivid because they are often associated with highly emotional events, which can heighten attention and deepen memory encoding. They involve strong emotional reactions, typically from surprise or shock, which stimulate the amygdala, a brain structure involved in emotion and memory, enhancing the recall of the event’s details.
References
Brown, R., & Kulik, J. (1977). Flashbulb memories. Cognition, 5(1), 73–99. https://doi.org/10.1016/0010-0277(77)90018-X
Cohen, G., Conway, M. A., & Maylor, E. A. (1994). Flashbulb memories in older adults. Psychology and Aging, 9 (3), 454.
Cohen, N. J., McCloskey, M., & Wible, C. G. (1990). Flashbulb memories and underlying cognitive mechanisms: Reply to Pillemer.
Conway, A. R., Skitka, L. J., Hemmerich, J. A., & Kershaw, T. C. (2009). Flashbulb memory for 11 September 2001. Applied Cognitive Psychology: The Official Journal of the Society for Applied Research in Memory and Cognition, 23 (5), 605-623.
Conway, M. A., Anderson, S. J., Larsen, S. F., Donnelly, C. M., McDaniel, M. A., McClelland, A. G., … & Logie, R. H. (1994). The formation of flashbulb memories . Memory & Cognition, 22 (3), 326-343.
Curci, A., & Lanciano, T. (2009). Features of autobiographical memory: Theoretical and empirical issues in the measurement of flashbulb memory. The Journal of General Psychology, 136 (2), 129-152.
Curci, A., & Luminet, O. (2009). Flashbulb memories for expected events: a test of the emotional‐integrative model . Applied Cognitive Psychology: The Official Journal of the Society for Applied Research in Memory and Cognition, 23 (1), 98-114.
Davidson, P. S., & Glisky, E. L. (2002). Is flashbulb memory a special instance of source memory? Evidence from older adults . Memory, 10 (2), 99-111.
Denver, J. Y., Lane, S. M., & Cherry, K. E. (2010). Recent versus remote: Flashbulb memory for 9/11 and self-selected events from the reminiscence bump . The International Journal of Aging and Human Development, 70 (4), 275-297.
Dolcos, F., LaBar, K. S., & Cabeza, R. (2005). Remembering one year later: role of the amygdala and the medial temporal lobe memory system in retrieving emotional memories . Proceedings of the National Academy of Sciences, 102
(7), 2626-2631.
Er, N. (2003). A new flashbulb memory model applied to the Marmara earthquake . Applied Cognitive Psychology: The Official Journal of the Society for Applied Research in Memory and Cognition, 17(5), 503-517.
Finkenauer, C., Luminet, O., Gisle, L., El-Ahmadi, A., Van Der Linden, M., & Philippot, P. (1998). Flashbulb memories and the underlying mechanisms of their formation: Toward an emotional-integrative model . Memory & cognition, 26 (3), 516-531.
Kulkofsky, S., Wang, Q., Conway, M. A., Hou, Y., Aydin, C., Mueller-Johnson, K., & Williams, H. (2011). Cultural variation in the correlates of flashbulb memories: An investigation in five countries. Memory, 19 (3), 233-240.
Kvavilashvili, L., Mirani, J., Schlagman, S., Erskine, J. A., & Kornbrot, D. E. (2010). Effects of age on phenomenology and consistency of flashbulb memories of September 11 and a staged control event. Psychology and Aging, 25 (2), 391.
Lanciano, T., & Curci, A. (2012). Type or dimension? A taxometric investigation of flashbulb memories. Memory, 20 (2), 177-188.
McGaugh, J. L. (2004). The amygdala modulates the consolidation of memories of emotionally arousing experiences. Annu. Rev. Neurosci., 27, 1-28.
Neisser, U., & Harsch, N. (1992). Phantom flashbulbs: False recollections of hearing the news about Challenger.
Neisser, U. (1982). Snapshots or benchmarks. Memory observed: Remembering in natural contexts, 43-48.
Phelps, E. A. (2006). Emotion and cognition: insights from studies of the human amygdala. Annu. Rev. Psychol., 57, 27-53.
Schmolck, H., Buffalo, E. A., & Squire, L. R. (2000). Memory distortions develop over time: Recollections of the OJ Simpson trial verdict after 15 and 32 months. Psychological Science, 11 (1), 39-45.
Sharot, T., Delgado, M. R., & Phelps, E. A. (2004). How emotion enhances the feeling of remembering. Nature neuroscience, 7 (12), 1376-1380.
Talarico, J. M., & Rubin, D. C. (2003). Confidence, not consistency, characterizes flashbulb memories. Psychological science, 14 (5), 455-461.
