The Study of a 32-Year Long Dream Journal

The Study of a 32-Year Long Dream Journal by Kelly BulkeleyThe latest series to be uploaded into the Sleep and Dream Database (SDDb) is the biggest yet: the “Brianna Journal 1984-2016,” 2,448 dream reports from a woman who kept a journal fairly consistently for 32 years.  This series offers an amazing opportunity to observe in unusually close detail the emotional contours of an individual’s life as she makes her way through a challenging and often dangerous world.

Brianna (not her real name) shared these dreams with me and Deirdre Barrett last year, which we initially studied for a presentation at the 2016 conference of the International Association for the Study of Dreams.  Using the word search functions of the SDDb, I performed a “blind analysis” on three subsets of Brianna’s dream journals, meaning I 1) tabulated the frequencies of word usage for several categories of dream content, 2) compared her frequencies with baseline averages for each category, and 3) made inferences, based on nothing other than her dream patterns, about her concerns and activities in waking life.  For instance, I inferred that Brianna is closer to her mother than her father, is interested in books and writing, is not interested in sports, and has significant involvement with issues of death and dying.  Brianna herself, who attended the conference presentation, confirmed these and other inferences, which helped demonstrate the general idea that patterns in dreaming can accurately reflect people’s waking life concerns.

Now I have finally uploaded the complete collection of dreams Brianna shared with me, which provides a broader overview of her dreaming experiences over the span of more than three decades.  I will share more details from my analysis at the upcoming 2017 IASD conference (held in Anaheim, California, June 16-20).  For now, here are some of the initial findings of my study of this remarkable series.

Length: This is a long series in at least three ways: total number of dreams (2,448), time span covered by the journals (32 years), and average number of words per report (292).  The median word length is 168 words, meaning half the reports are shorter than that, and half the reports are longer.  Looking at the distribution of word lengths in the series as a whole, 851 of the dreams have between 1 and 99 words, 794 of the dreams have between 100 and 299 words, and 803 of the dreams have 300 or more words.  A series with this many dreams at both the short and long ends of the spectrum poses special challenges for analysis.  For now, I will study the series as a whole, but at some point I will look at subsets of varying lengths (e.g., the dreams of 50-300 words in length, of which there are 1,192).

Cognition: The series as a whole has a remarkably high frequency of dreams with at least one word relating to thinking (71%), speaking (56%), and reading/writing (19%).  The dreams have lots of strange, irrational material, too, but much of the content is oriented around normal cognitive activities that are also important in her waking life (Brianna is, in fact, a literate, well-educated, and sociable person).  The high proportion of cognition references could be a result of the unusual length of her dreams, and/or it could be an accurate reflection of her waking personality.  Either way, this is a topic worth further investigation.

Death: One out of every seven (15%) of Brianna’s dreams has a reference to death.  That is quite high compared to other dream series I have studied, and it strongly suggests that death and dying are major concerns in Brianna’s waking life.  I know enough about her to confirm the general accuracy of this inference, and now I am curious to look more closely at how this theme weaves its way through her series as a whole.

Religion: The frequency of references to religion is also unusually high in this series, and the list of specific words used in the dreams makes it fairly easy to accurately infer that Brianna is Jewish.  In previous studies I have found that patterns in dreaming offer good clues to a person’s beliefs and attitudes towards religion.  The Brianna series seems to be another illustration of that premise, and through deeper analysis I hope to understand better how religious and spiritual themes in the dreams track with Brianna’s waking life interests, concerns, and experiences.

Note: this post was originally published in Psychology Today, March 10, 2017.

Dreaming Is Play: A New Theory of Dream Psychology

Dreaming Is Play: A New Theory of Dream Psychology by Kelly BulkeleyThe scientific study of dreams has fallen on hard times.  In an era dominated by cognitive-behavioral therapy, psychoactive drugs, and computer models of the mind, dreaming seems less relevant to psychology today than at any time since Sigmund Freud published The Interpretation of Dreams in 1900.

The problem, ironically, is not a lack of empirical evidence about the nature and function of dreams.  Rather, the problem is too much evidence that does not seem to add up to a coherent theory or a useful guide for therapeutic practice.

Psychoanalysts from Freud onwards have used clinical case studies to argue that dreams, despite their cryptic symbolism, are meaningful and can be tremendously helpful in therapy.  In the 1950’s, however, neuroscientists discovered that dreaming correlates with automatic processes in the brain during sleep, suggesting that dreams are in fact nothing but neural nonsense.  At about the same time, quantitative researchers began using statistical methods to analyze tens of thousands of dream reports.  Instead of bizarre symbols or random nonsense, these researchers found a large number of clear, straightforward continuities between dream content and people’s emotional concerns in waking life.

The results from each of these areas of research appear to contradict the other two, making the quest for common ground all the more difficult.

New developments in cognitive science offer a better way forward, by illuminating the evolutionary features of the human mind as they relate to the survival needs and adaptive challenges facing our species.  When we look at dreaming in this broader context, a simple yet powerful thesis emerges: dreaming is a kind of play, the play of the imagination in sleep.

Zoologists have found evidence of play behaviors in all mammals, especially among the youngest members of each species.  Play occurs within a temporary space of pretense and make-believe where actions are not bound by the same constraints that govern the normal, non-play world.  A major function of play, most researchers agree, is to practice responses to survival-related situations in a safe environment, so the young will be better prepared when they become adults to face those situations in waking reality.  Creativity, flexibility, and instinctual freedom are the hallmarks of play, in humans as well as other animals.

All of these qualities of play are prominent in dreaming, too.  Dreaming occurs within sleep, a state of temporary withdrawal from the waking world in which the imagination is given free reign to wander where it will.  Dreaming tends to be more frequent and impactful in childhood; young people experience dreams of chasing, flying, and lucid awareness much more often than do older people.  The contents of dreams often have direct references to survival-related themes like sexuality, aggression, personal health, social relations, and the threat of death.  Although dreams in general are not as wildly bizarre as often assumed, they do have the qualities of spontaneous creativity and rich variation that stimulate the mind to look beyond what is to imagine what might be.

Thinking about dreaming as a kind of play has many advantages, foremost of which is overcoming the conflicts between the different branches of dream research.  Dreaming is indeed rooted in natural cycles of brain activity, as neuroscientists have argued, but it no longer makes sense to treat dreams as meaningless by-products of a sleep-addled mind.  If we saw a group of children playing an imaginary game of house, would we be justified in assuming their brains are somehow malfunctioning?  Not at all.  In the same way, we should recognize the playful qualities of dreaming as integral to healthy cognitive functioning.  In the language of computer programming, dreaming should be appreciated as a vital feature of the mind, not a bug to be fixed or eliminated.

A dreaming-is-play perspective has clear benefits for the practice of psychotherapy.  Rather than laboring to uncover deep hidden messages, therapists can explore the imaginative dynamics of their clients’ dreams for useful clues to their emotional concerns and waking life challenges (while still pursuing deeper symbolic levels, if so desired).

This can be especially helpful in caring for trauma patients.  Research on post-traumatic stress disorder (PTSD) has shown that during successful treatment the patients’ recurrent nightmares gradually become less fixated on the trauma and more open to an increasing variety of dream themes, characters, and scenarios.  In other words, the more playful their dreams become, the more progress the patients are making towards psychological health.

I once did a research project with a woman, “Nan,” who was nearly killed in a car accident and spent several days in intensive care with severe spinal injuries.  Her dreams following the accident were filled with fear, aggression, and misfortune, exactly what we would expect of someone with acute PTSD.  But Nan told me she put her hopes on one unusual dream, which came about four months after she was hurt.  In this dream there was a magical paintbrush that allowed her to paint the colors of the rainbow, just like a beloved character she remembered from a childhood story.  This was the first time since Nan’s accident that one of her dreams had so many references to colors, positive emotions, and good fortunes.  The green shoots of playfulness that emerged in this dream anticipated, and perhaps even stimulated, her eventual recovery of health.

The evolutionary success of our species is largely due to the tremendous flexibility and adaptive creativity of our minds.  Current scientific evidence is telling us that dreaming is a powerful, neurologically hard-wired process that strengthens precisely those distinctively human psychological abilities.  Our playful reveries during sleep function like mental yoga: stretching our cognitive abilities in new directions, exploring the boundaries and potentials of awareness, and preparing us for whatever the waking world may bring.

Recent Interviews About “Big Dreams”

Recent Interviews About "Big Dreams" by Kelly BulkeleyIn the past couple of weeks I have spoken several times with journalists about Big Dreams: The Science of Dreaming and the Origins of Religion.  It’s a daunting experience to have smart people read what you’ve written and ask sharp questions about how you put together your argument… and all the more intimidating with a tape recorder running.  But I think the basic ideas from the book come through pretty well in these pieces.

The Huffington Post had an article in its Sleep + Wellness section on March 17 by Carolyn Gregoire (@carolyn_greg) titled “How Dreams Shaped the Evolution of Spirituality and Religion.

New York Magazine had an article in its online “Science of Us” section on March 25 by Mona Chalabi (@MonaChalabi) titled “I Keep Having Literal Nightmares About Trump. Am I Normal?”  This interview focused on research I’ve done on dreams and politics, but it also drew on ideas from Big Dreams.

Time Magazine had an article in its “Quick Take” section on March  that I wrote (with excellent editorial help) titled “The Surprising Link Between Dreams and Faith.”  Here’s a pdf version of it: Time_Quick Take (1)

The Atlantic Magazine had an article in its online site on April 5 by Julie Beck (@julieebeck) titled “What Can Our Craziest Dreams Teach Us?

 

 

 

Donald Trump: The Sleep Deprivation Hypothesis

Donald Trump: The Sleep Deprivation Hypothesis by Kelly BulkeleyIt seems that every pundit on the planet has taken a shot at explaining the phenomenal rise and mercurial character of Donald Trump, currently the leading contender to become the Republican nominee for US President. A recent op-ed piece by Timothy Egan in the New York Times, “A Unified Theory of Trump,” suggested a novel and I believe entirely plausible explanation for Trump’s behavior as a candidate: he is chronically sleep deprived.

Egan pointed to Trump’s comments last November in which he boasted about his disinterest in sleep. As reported by Nara Schoenberg in the Chicago Tribune, Trump told a crowd in Springfield, Illinois that “I’m not a big sleeper, I like three hours, four hours, I toss, I turn, I beep-de-beep, I want to find out what’s going on.” A few days later Trump told Henry Blodget in an interview for Business Insider that he can get by on as little as one hour of sleep. Here is an excerpt from the interview; the sleep discussion comes at the very beginning:

HENRY BLODGET, CEO AND EDITOR-IN-CHIEF OF BUSINESS INSIDER: You have an incredible work ethic, which is clearly part of your success. You’re tweeting at 3 o’clock in the morning, you’re up all night.

DONALD TRUMP: It’s part of my campaign. [Conservative radio host] Mark Levin said to me last night, I had a dinner-show at 8:30. He says, “I saw you on ‘Morning Joe’ at 7, I saw you in the debate. Where do you get the energy?” he said. I said, “Mark, you know what, I got one hour of sleep last night. Because I flew from Milwaukee at 2:30 in the morning. You know, by the time you’re finished up with all the stuff and the interviews.” It was a successful debate, so I stayed around.

I then flew, I went to New Hampshire. I went to a hotel, I stayed for one hour, because I got there at 5. And by the time I got there, I had to get up to get out at 6:30 something. So I slept for one hour over there.

He said, “Where do you get the energy?”

HB: So where do you get it? Where does it come from?

DT: Genetically. My father was very energetic, my mother was very energetic. He lived to a very old age and so did my mother. I believe that I just have it from my father, from my parents. They had wonderful energy.

In her Huffington Post commentary, “Can Sleep Deprivation Explain Donald Trump’s Behavior?” Krithika Varagur noted that in his 2004 book Trump: Think Like a Billionaire, he “claimed to sleep only from 1:00 a.m. to 5:00 a.m., in order to gain a competitive advantage in his dealings. He advised readers, ‘Don’t sleep any more than you have to. … No matter how brilliant you are, there’s not enough time in the day.’”

I won’t speculate about Trump’s genetics, but I agree with Schoenberg, Egan, and Varagur that his behavioral patterns are characteristic of someone with chronic sleep deprivation, the symptoms of which include emotional imbalance, sudden mood swings, cognitive deficits, poor judgment, memory loss, irritability in social situations, increased appetites, loss of creativity, the tendency to continue with an error despite contrary evidence, and an inability to recognize and adjust to new conditions. Most of these symptoms do seem applicable to Trump. As Egan put it,

“His judgment is off, and almost always ill informed. He has trouble processing basic information. He imagines things. He shows a lack of concentration… in addition, Trump is given to inchoate bursts of anger and profanity. He creates feuds. In his speeches, he picks up on the angry voice in the mob and then amplifies it.”

But if this theory about Trump is true, then his political success seems even more bizarre than ever. How can someone who flaunts his psychological dysfunction be winning the fervent support of a large portion of the American electorate?

The answer may be embedded in the question. Trump’s supporters themselves may have a tendency to chronic sleep deprivation.

The behavioral signs are consistent with this idea. People who support Trump are remarkably unyielding in their attachment to him; nothing anyone says will change their minds. As Trump himself commented in January, “I could stand in the middle of 5th Avenue and shoot somebody and I wouldn’t lose voters.” His supporters seem to include many people who are angry, suspicious of reason, socially irritable, and uncreative in the sense of seeking a return to an earlier, simpler time, when America used to be great.

Stronger evidence comes from demographic studies of sleep. Trump’s supporters tend to be people at the lower end of the income scale, less educated, and, in their own words, feeling besieged by outside forces threatening to overwhelm the country. Empirical research has shown that people in precisely those demographic conditions are more prone to suffer insomnia and problems sleeping. For example, Sara Arber at the University of Surrey has shown correlations in the British population between poor sleep and low socio-economic status. Here is how I describe her findings in chapter 4 of my book Big Dreams:

“Research by Sara Arber and her colleagues at the Center for the Sociology of Sleep at the University of Surrey has found clear connections between socioeconomic status and sleep quality. In a study based on interviews with 8,578 British men and women between the ages of 16 and 74, Arber and her colleagues identified several social and economic factors associated with increased sleep problems: unemployment, low household income, low educational achievement, and living in rented or public housing. Women had worse sleep problems than men, and divorced or widowed people had worse sleep problems than married people. Overall, their study found that disadvantages in social and economic life were strongly correlated with poor quality sleep. Noting the negative health consequences of sleep deprivation, Arber and her colleagues suggested that “disrupted sleep may potentially be one of the mechanisms through which low socioeconomic status leads to increased morbidity and mortality.”

The last point bears emphasis. Poor socioeconomic conditions can lead to poor sleep, which in turn can lead to increased health problems and a shorter lifespan. Sleep seems to be a pressure point where adverse social forces can directly and negatively impact a person’s physiological health.

My research with the Sleep and Dream Database has also found that people at the low end of the economic scale tend to have more insomnia and trouble sleeping. In a 2007 survey I found, consistent with Arber et al.’s research, that people with higher education and higher annual income tended to have less insomnia than people with lower education and lower annual income. A 2010 survey found the same pattern: people without college degrees had somewhat worse insomnia than people with a college degree. On the personal finances question, people with the lowest annual income reported having worse insomnia than did the people with the highest annual incomes. (I discuss these surveys at greater length in chapter 4 of Big Dreams.)

Most Americans are sleep deprived not by choice or genetics, but because of the relentless stress and pressure of modern life. For those Americans at the lower end of the economic scale, with fewer opportunities and more anxieties about the worsening condition of the country, it becomes difficult to preserve normal, healthy patterns of sleep.

And then Donald Trump comes along and says sleep deprivation is nonsense, that’s just what losers think when they see a high-energy individual with a strong work ethic. Trump shows people how to re-brand their loss of sleep as a badge of honor, reconceive their misfortune as a virtuous strength, and transform their diminished inner life into an outward projection of aggressive confidence. It seems to work for him, and the implicit promise of his campaign is that it will work for his supporters, too.

 

References:

Arber, Sara, Marcos Bote, and Robert Meadows. “Gender and socio-economic patterning of self-reported sleep problems in Britain,” Social Science & Medicine 68 (2009): 281-289.

Arber, Sara, Robert Meadows, and S. Venn. “Sleep and Society,” in The Oxford Handbook of Sleep and Sleep Disorders (Charles Morin and Colin Espie, ed.s). New York: Oxford University Press, 2012, 223-247.

 

Note: this essay first appeared in the Huffington Post on March 9, 2016.

Beyond the Eclipse of Research on Big Dreams

Beyond the Eclipse of Research on Big Dreams by Kelly BulkeleyOn Friday, February 19, I will visit with C.G. Jung Society of Atlanta and give a talk on “Big dreams: Religion, science, and Jung’s theory of highly memorable dreams,” followed by a workshop on Saturday titled “Dreaming as Theater of the Psyche.” I wrote the following essay for the Society newsletter as a prelude to the talk and workshop.  Anyone who lives in the Atlanta area is welcome to join us!

“Big dreams,” as originally conceptualized by C.G. Jung, are rare, extremely vivid, and highly memorable dreams that people experience as being dramatically different from the relatively mundane and forgettable contents of “little dreams.” To appreciate the importance of this distinction between big and little dreams, one has to accept the basic premise that dreams in general have some degree of meaning. Unfortunately many psychologists in the years after Jung lost confidence in that premise, due to scientific developments that seemed to cast doubt on the whole enterprise of dream research. During the latter half of the 20th century few investigators devoted much time or energy to studying the more unusual and intensified forms of oneiric experience Jung characterized as “big” dreams. Now, however, thanks to the 21st century technological developments in cognitive science and data analysis, a better case can be made for the psychological significance and therapeutic value of dreaming in general, and highly memorable and impactful big dreams in particular. The time is ripe for a new approach to the kinds of dreams Jung referred to as the “richest jewels in the treasure-house of psychic experience.”

Jung’s mentor in the study of dreams, Sigmund Freud, was not especially interested in distinguishing between different types of dreams, big, little, or otherwise. Freud’s main goal was to illuminate the unconscious roots of a dream in the childhood wishes, fears, and fantasies of the dreamer.   In his view the dream itself is irrelevant and can be ignored once the underlying wish has been identified. Indeed, because Freud’s theory posited that dreaming serves to protect sleep against disturbing eruptions from the unconscious, a big dream could be seen as a total failure of the basic function of dreaming. In his therapeutic work Freud did focus on strong emotions, unusual images, and character metamorphoses in his clients’ dream reports, all of which are frequent markers of big dreams, so he had some practical familiarity with the value of intensified dreaming. But he never took the next step of examining the distinctive qualities of these dreams and reflecting on what they mean for our psychological understanding of the human mind. That step was left for Freud’s erstwhile friend and follower, Jung.

Jung actually took two important steps that helped open the way for further investigation in this realm. In addition to naming the fundamental difference between average dreams and highly intensified big dreaming, Jung also recognized the importance of studying dreams in a series, across a period of time. He found in his clinical work that looking at a series of dreams, not just single dreams in isolation, enabled a better perspective on the psychological dynamics of the person’s life than could be gained from any one dream alone. Not only was this an invaluable insight for therapeutic purposes, but it also provided a way of clarifying the big dreams concept. To say precisely what makes a dream unusual and extraordinary, it helps to know what counts as the usual and ordinary patterns of dreaming. Studying a series of dreams can identify those general patterns so it becomes easier to determine with more specificity what makes big dreams so big.

Both Freud and Jung developed their ideas about dreams from the same sources of knowledge: their personal experiences, their clinical practices with mentally ill patients, their deep readings of classical philosophy and theology, and their early inklings of the significance of Darwinian evolution for theories of human nature. In therapeutic terms, Freudian and Jungian approaches to dream interpretation worked: they enabled clients to express emotionally important concerns and difficult feelings, and they gave therapists a new window into their clients’ unconscious conflicts. The practical value of including dreams in psychotherapy has never been seriously questioned by those with actual experience in the process, and recent works by Clara Hill and Milton Kramer show how vibrant this area of study remains.

However, as time went on mainstream psychologists found it increasingly difficult to support the theoretical claims of the early pioneers of dream study. Two blows in particular prompted great skepticism towards Freudian and Jungian approaches, leading to a general eclipse of interest in dreams of any type or variety through the better part of the 20th century. The first blow was the discovery of two fundamentally different kinds of sleep, known as Rapid Eye Movement (REM) and Non-Rapid Eye Movement (NREM) sleep by American researchers, and referred to as Paradoxical Sleep (PS) and Slow Wave Sleep (SWS) by French researchers. Both sets of terms refer to regular cycles of variation in the levels of activation throughout the brain during an ordinary night’s sleep. Researchers soon found that dream recall was closely associated with the most intense phases of activation during the sleep cycle, which suggested that dreams were caused by automatic processes of the neural system in sleep (this isn’t actually true, but it seemed so for many years). These findings made it much harder to argue that a psychological approach could reach the “deepest” levels of a dream’s meaning, since neuroscience had apparently shown that the deepest cause of a dream is a purely physiological process in the brain during sleep.

The second blow came from systematic studies of dream content, like those of Calvin Hall and Robert Van de Castle starting in the 1950’s. These researchers accepted the idea that dreams contain some degree of psychological meaning, but they wanted to use quantitative methods to identify where those meanings might be found. The major discovery from this line of research was the simple continuity of dream content with waking life concerns. People tend to dream about the chief concerns of their regular daily lives. Most dreams, according to these findings, involve rather ordinary and mundane content: being in familiar places, with familiar people, doing familiar things. Contrary to their popular portrayal as bizarre and outlandish nonsense, dreams tend to portray fairly straightforward accounts of people’s feelings about their most important relationships, activities, and concerns in waking life.

The statistical research on dream content highlighted a genuine weakness in Freudian and Jungian dream theories, namely a narrow basis of evidence in terms of having access to broad, diverse sources of empirical evidence about dreaming. The research on REM sleep highlighted another weakness of Freudian and Jungian theories: losing connection with the best scientific understandings of the interaction between mind and brain, psyche and soma. Together, these two weaknesses undermined the credibility of Freud’s theory of dreams as wish-fulfillments aimed at protecting sleep and Jung’s theory of dreams as compensations for the excesses of consciousness. Neither theory could account for the neurological sources of dreams or for their mundane, generally trivial content. Jung’s interest in big dreams appeared especially questionable in this light, as it seemed to lead in exactly the opposite direction from where the best scientific evidence was pointing.

Throughout this time, clinicians and therapists kept doing their good and valuable work with dreams, but “eclectically,” with little theoretical guidance or grounding in empirical research. Few mental health professionals have received any training or instruction whatsoever in how to work with clients’ dreams. A few years ago when co-writing a book about dream education, Dreaming in the Classroom with Phil King and Bernard Welt, we were surprised and saddened to find so few schools of professional psychology offering any classes or course modules on the subject of dreams.

Several intrepid investigators have in recent years pursued detailed studies of the phenomenology of big dreams. Harry Hunt, Roger Knudson, Don Kuiken, Mark Solms, Tracey Kahan, Jayne Gackenbach, Ryan Hurd, and others have contributed to a better understanding of what Hunt called “the multiplicity of dreams,” but the overall tenor of 20th century psychology took a decidedly negative turn toward the study of dreams, and therapists today are still paying the price.

Fortunately there are increasing signs of another major shift in dream research that bodes well for greater attention to big dreams in coming years. These signs of change emerge from the same two sources of scientific research that seemed so discouraging for the study of dreams in previous decades. The neuroscience of sleep has now advanced to a point of recognizing the truly remarkable complexity and sophistication of the brain’s activities during sleep. Far from a mental desert devoid of conscious activity, sleep in fact involves a wide variety of cognitive processes operating in ways that are different from, but not necessarily inferior to, those in the waking state. At various points during REM or Paradoxical Sleep, the brain’s overall electrical activation (as measured by EEG devices) equals or even exceeds the levels seen in the brain during waking. These and other findings make it clear that the sleeping brain is more than capable of generating the kinds of emotionally charged, visually intense, cognitively complex experiences that Jung characterized as big dreams.

Just as importantly, the systematic study of dream content has expanded to include more than just “most recent dreams” gathered from college students. Careful analysis of various kinds of dreams, including nightmares, lucid dreams, childhood dreams, death-related dreams, and other kinds of highly intensified dreaming, have shown that there are distinctive patterns of form and content that correlate to a remarkable degree with the latest neuroscientific findings about the brain’s activities during sleep. The ability to identify these kinds of correlations has been improved by database technologies that allow researchers to quickly and reliably analyze large collections of dream reports, compare their word usage frequencies with other collections of dreams, and highlight significant patterns of similarity and difference. The Dreambank (dreambank.net) website of G. William Domhoff and Adam Schneider, along with my Sleep and Dream Database (sleepanddreamdatabase.org), are two resources for exploring the use of these technologies and experimenting with different kinds of dreams and different applications.

Jung’s approach to the study of dream series can be deepened with these new tools for identifying recurrent patterns and tracking changes over time. This has exciting potentials not only for therapeutic practice but also for theoretical insight into the nature and functions of big dreams. The more we learn about the meaningful dimensions of a series of dreams, the better we will be able to appreciate the singular dream experiences that stand out from the ordinary flow of dreaming, the experiences that Jung felt were unique openings into the most profound reaches of the psyche. The brain-mind science of the 21st century might finally be ready to verify Jung’s early insights about big dreams and develop them in creative new directions.

 

What Kinds of Technology Do People Dream About Most Frequently?

What Kinds of Technology Do People Dream About Most Frequently? by Kelly BulkeleyThe past one hundred years of human history have been dramatically transformed by the invention of several new technologies, each of which has impacted people’s lives in profound and complicated ways.

In light of empirical research showing strong continuities between waking and dreaming, we can hypothesize that modern technologies have also made a tangible impact on the content of people’s dreams.

And indeed, there is evidence in support of that idea. By analyzing a collection of more than 16,000 dream reports available for study on the Sleep and Dream Database (SDDb), it becomes possible to examine which kinds of technology have most influenced people’s dreams in terms of their frequency of appearance.

The results suggest the newest technologies are not necessarily the most important ones in the world of dreams.

To explore this question I looked at all the dream reports on the SDDb of 25 words or more in length for Females (N=10,168) and Males (N=6,590), and selected the “Technology and Science” category from the 2.0 word search template.

This is a quick and dirty approach, but it has the virtue of providing an easy and relatively straightforward means of getting an evidence-based response to the question.

The results for the Females were 990 dream reports with at least one reference to a word in the “Technology and Science” category, approximately 10% of the total number of dreams. The figures for the Males were 602 and 9%.

Looking in more detail at which terms appeared most frequently (these include singular and plural uses of the term), the results for the Females were these:

Phone, 3.55%

Movie, 3.18%

Video, 1.26%

Computer, 1.2%

Machine, .91%

Radio, .65%

Camera, .62%

Television, .26%

And for the Males:

Phone, 2.69%

Movie, 2.47%

Video, 1.27%

Computer, 1.03%

Machine, 1.02%

Radio, .47%

Camera, .49%

Television, .36%

I did a parallel search with the same two sets using the SDDb 2.0 word search template category for Transportation. These results—24% of the dream reports for both Females and Males had at least one reference to a Transportation word—are much higher than the Technology and Science frequencies.

Looking more closely at specific forms of transportation appearing in people’s dreams, these were the results for the Females:

Car, 9.12%

Boat, 1.92%

Bus, 1.81%

Airplane, 1.49%

Truck, 1.26%

Elevator, 1.16%

Bicycle, .86%

And for the Males:

Car, 8.18%

Boat, 2.12%

Bus, 1.65%

Bicycle, 1.56%

Airplane, 1.46%

Truck, 1.37%

Elevator, .67%

The first thing to note is the remarkable gender balance. On almost all the categories and word clusters, the Female and Male frequencies are extremely close. (The main exceptions are slightly more Bicycle references for the Males, and slightly more Phone, Movie, Car, and Elevator references for the Females.) This consistency across so many terms suggests that modern technologies have impacted men and women about equally.

Secondly, the analysis indicates that the most frequently appearing modern invention in dreams is the automobile. It seems that technologies of transportation have had more of an impact on people’s dreams than have technologies of communications and entertainment.  Add in trucks and buses to cars, and the predominance of the internal combustion engine in dreaming becomes even greater.

Why might this be? I’m not sure, but I wonder if technologies of transportation have more of a visceral impact on people’s lives. Telephones, movies, videos, and computers can be fascinating and absorbing, but they do not directly affect a person’s body with the kind of sensory intensity that people feel during a car ride.

Whatever the explanation, the results of this brief study indicate that the most frequently appearing type of modern technology in dreams is one that was invented more than one hundred years ago. Newer technologies like computers and videos have not (yet) made as big an impression on the dreaming imagination.

Maybe future developments in virtual reality will enable a more powerful stimulation of people’s physiological responses, prompting a rise in VR-related dreams. But that remains a far-off possibility.

Until then, cars remain for most people the dream technology of choice.

 

Note: here are the word strings for the specific technology and transportation searches:

Phone: phone phones telephone telephones iphone iphones. Video: video videos. Computer: computer computers. Machine: machine machines machinery. Radio: radio radios. Camera: camera cameras. Television: television televisions tv tvs.

Car: car cars auto autos automobile automobiles. Boat: boat boats ship ships. Bus: bus buses. Bicycle: bicycle bicycles bike bikes. Airplane: airplane airplanes plane planes. Truck: truck trucks. Elevator: elevator elevators.