Lucid Dreaming and “Pan’s Labyrinth”

Ofelia in bedThis essay is based on a presentation I gave at the Oregon Museum of Science and Industry on April 13, 2016, as part of OMSI’s “Reel Science” series in which a lecture precedes the showing of a popular movie. My lecture involved the science of lucid dreaming, and the film was Guillermo del Toro’s “Pan’s Labyrinth” (2006).

A simple definition of lucid dreaming is this: the experience of consciousness or self-awareness within the dream state. Sometimes it includes a greater sense of intentionality or control—the dreamer has some ability to change or alter what’s happening in the dream.

Here are some statistics about the frequency of lucid dreaming among the general population, drawn from the two-volume anthology Ryan Hurd and I edited in 2014, Lucid Dreaming: New Perspectives on Consciousness in Sleep.

  • More than 50% of the population has had at least one dream of lucid awareness
  • Gender: slightly higher frequencies for females
  • Age: much higher frequencies (70%-80%) in early adulthood, then a drop-off over time
  • Higher frequencies for religious “nones,” political liberals, and people living in Western US
  • No major differences on other demographic variables

We also have some research on the content of lucid dreams, and what makes them distinctive from ordinary dreams. In general, lucid dreams are not radically different from ordinary dreams; they both share the same basic substrate of dreaming experience. In this sense lucid dreaming is an extension of what’s already going on in ordinary dreaming. We do not need to invoke a separate psychological system to explain what happens in lucid dreaming.

That being said, the few differences are illuminating. Lucid dreams have more references to:

  • Awareness
  • Effort
  • Flying
  • Fantastic beings
  • Physical aggression

Lucid dreams have fewer references to:

  • Colors
  • Speech
  • Family characters
  • Friendly social interactions

These are tendencies, not absolutes, so they don’t apply to every individual experience. But they make sense in that lucidity often emerges during nightmares (physical aggression) or when the individual encounters something bizarre or anomalous (flying, fantastic beings), and the dreams often do lead away from the normal social world into strange, unfamiliar places.

The frequency of lucid dreaming is not set in stone. As several researchers have found, gaining conscious awareness in dreaming is an ability that may first appear spontaneously, but can also be trained like a cognitive skill, and guided with some degree of precision.

In the past few years a number of electronic devices have been invented and marketed as tools for lucid dream induction, with several more such devices in development.

These devices represent high-intensity and rather aggressive approaches to lucid dreaming. They can get results, at least for some people. But I wouldn’t recommend them for use before considering some of the other methods we’ll discuss towards the end.

Let’s step back for a moment and acknowledge the fact that lucid dreaming may be a new phenomenon to modern Western society, but it has a long and venerable history in many other cultures.

Going back to the 7th century BCE, the Upanishads of Hinduism referred to dreaming as a space of infinite illusions where the skilled meditator was able to recognize the self-created nature of dream reality. This insight in dreaming was considered a key step toward recognizing the self-created nature of all reality, in all states of being.

Zhuang Zi, the Daoist sage from the 4th century BCE, in addition to his famous parable of the dream of the butterfly, had this to say about dreaming in general: “After we’re awake, we know it was a dream—but only after a great awakening can we understand that all of this is a great dream.”

Buddhism is filled with teachings about lucid dreaming. The twelfth century CE Tibetan Buddhist master Naropa developed a systematic method of inducing lucid dreams. Significantly, the teachings about dreams began after the student had mastered the earlier teachings on Inner Heat and the Illusory Body. In this tradition the entry into lucid dreaming occurred within a well-developed context that helped the student safely process the potentially destabilizing effects of deliberately altering the functions of one’s mind.

In classical Western antiquity, Aristotle in the 4th century BCE mentioned dreams in which people had some knowledge of being in a dream state. And in the 4th century CE the Christian theologian Augustine used the example of lucid dreams as a way of arguing for the reality of the soul and its independent existence apart from the body, in sleep or in death and the afterlife.

In Islam, Muhammad’s “night journey” in sura 17 of the Qur’an has many aspects of a lucid dream. Sufi Muslims to this day engage in lucid dreaming practices as a means of learning esoteric spiritual doctrines.

This could go on, of course, but let me mention one more example. It comes from anthropologist Diana Riboli, whose studies of indigenous cultures in Nepal and Malaysia found that shamanic healers used lucid dreaming not only to heal people, but also to challenge, battle, and even kill enemy shamans. (Her work appears as chapter 4 in volume 2 of the Lucid Dreaming anthology.) As Riboli observed, the dueling shamans

“fight in the course of violent and dramatic dreams during which they feel themselves to be totally conscious and able to interact with the other individual. These lucid dreams can continue for days and even weeks, coming to an end only when one of the rivals dies, both in the dream and in everyday life.”(74)

So that’s a good reminder that amidst all the positive spiritual insights of lucid dreaming, there is also a destructive potential where the enhanced abilities of consciousness can become weaponized and used in violent efforts to defeat a rival.

All of these historical and cross-cultural references do more than just embroider the edges of scientific research. They reveal an important fact about human psychology: people in virtually all cultures and civilizations have recognized that lucid dreaming is a valuable potential of the sleeping mind. This is evidence that a capacity for self-awareness in dreaming is innate in the mental architecture of our species.

It has taken modern Westerners a while to get there, but now researchers are working diligently to gather solid empirical data to support this historical insight. Here are the few things we know with some confidence:

Variations in occurrence: Lucid dreaming can occur in REM sleep and threshold phases between waking and sleeping (e.g., hypnogogic and hypnopompic states).

Variations in metacognitive abilities: There are multiple dimensions of lucidity, involving the emergence in dreaming of high-level mental abilities we usually associate with waking consciousness, such as reflecting, evaluating, doubting, judging, and planning. These kinds of complex mental abilities are known as “metacognition,” or “thinking about thinking.” The dream world turns out to include a much wider variety of metacognitive activities than Western psychologists have long assumed.

Neurologically plausible: We don’t know for sure how exactly lucid dreaming maps onto the various cycles of brain activity during sleep.  However, we do know that many brain systems crucial to waking consciousness are also prominent in sleep, particularly in REM sleep. This includes activities in the prefrontal cortex, rising levels of neurotransmitters like acetylcholine, and electrical bursts in the alpha and beta/gamma frequencies. The presence in sleep of these neural factors, so crucial to consciousness in waking, makes it plausible that, given the right circumstances, a high degree of self-awareness could emerge within the sleep state.

Comparable to meditation: There is considerable overlap in the neurological and behavioral features of lucid dreaming and various kinds of meditation. Both involve high levels of attention, arousal, and internal focus, and in both the body remains motionless and detached from the external world.

So the discussion comes full circle, as modern brain scanning technologies are validating experiences that ancient practitioners have long recognized and actively cultivated.

And this means that both science and religion agree on a basic idea: what’s possible in dreaming depends on the dreamer’s frame of mind. Here’s a quote from a lucid dreaming study performed several years ago by psychologist Sheila Purcell and her colleagues at Carleton University:

“The present results indicate that the inhibitory constraints on this process are implicit in the organization of the dreamer rather than the dreaming. The lifting of these constraints, their reorganization, can be effected through the mechanisms of attention and intention on what is to be reorganized. The constraints on this response are therefore not implicit in dreaming itself, although this view of dreaming has been widely held.” (Purcell et al. 247)

This is a dramatic claim, even though it’s couched in academic language. The upper limits of metacognitive dreaming are set by the individual’s mental framework, not by the capacities of dreaming itself. These limits can be changed if the mental framework is changed. People can have more lucidity in their dreams if they strive to do so, through greater attention (learning how to monitor consciousness) and intention (learning how to concentrate one’s mental energies).

Hi-tech gizmos can help, but ancient and modern research agrees that the key to increasing lucidity in dreaming is the combined force of attention and intention.

In this context, it’s worth mentioning Ryan Hurd’s lucid dreaming talismans, which are low-tech but quite effective aids to enhancing lucid dreaming. The talismans are aesthetically attractive mnemonic devices designed to apply the same basic principles of attention and intention advocated by Purcell and her colleagues.

Now let’s turn to lucid dreaming and film. The general history of dreams and movies and their dynamic interplay is fascinating in itself, but for now I’ll focus on the subgenre of movies specifically about or related to lucid dreaming. In a chapter Bernard Welt and I wrote for the Lucid Dreaming anthology, our top seven list included these films (framed by a lengthy discussion of the theoretical and methodological issues involved in analyzing films with psychological categories):

  • Peter Ibbetson (1935)
  • Dead of Night (1945)
  • Dreamscape (1984)
  • A Nightmare on Elm Street (1984)
  • The Matrix (1999)
  • Waking Life (2001)
  • Inception (2010)

In a shift from many other Hollywood films (for example, Alfred Hitchcock’s 1945 “Spellbound”) which treat dreams as symbolic puzzles requiring psychoanalytic interpretation, these seven movies present dreaming as kind of a portal to higher consciousness. They are fantasy and science fiction stories, each of which presents lucid dreaming as a means of seeing through not only personal illusions, but collective illusions as well.   As Bernard and I say in our book chapter, “the movies exploit the idea that lucidity may be the only means of escape from, or transcendence beyond, an imaginary but collective mindset that completely controls the subjective experience of the dreamer in the waking world.”

poster Which brings us to “Pan’s Labyrinth.” Guillermo del Toro’s 2006 film is not purely fantasy or science fiction, but rather a surrealist fairy tale folded into a wartime drama. Maybe it should be called “historical horror.”

The opening lines of the film frame it as a kind of lucid dream gone awry:

“[Pan:] A long time ago, in the underground realm, where there are no lies or pain, there lived a princess who dreamed of the human world. She dreamed of blue skies, soft breeze, and sunshine. One day, eluding her keepers, the Princess escaped. Once outside, the brightness blinded her and erased every trace of the past from her memory. She forgot who she was and where she came from.”

Thus begins the story of Ofelia (Ivana Baquero), a 12-year old girl whose mother Carmen (Ariadna Gil) has remarried after the death of Ofelia’s father. Her new husband is Captain Vidal (Sergi Lopez), the cruel commander of an army unit tasked with hunting down the last few resistance fighters hiding in the mountains after the Spanish Civil War. Carmen is pregnant with Captain Vidal’s child, and Ofelia quickly realizes that her step-father cares nothing for her or her mother, only the baby. Ofelia’s entry into the labyrinthine world of Pan (Doug Jones) is driven by a desperate need to find some way of fighting against the overwhelming horror of her waking world.

OfeliaThe fantasy sequences with Ofelia have some striking similarities with the typical content patterns of lucid dreams, as mentioned earlier. Here’s how I summarized the research findings a few minutes ago:

Lucid dreams have more references to awareness, effort, flying, fantastic beings, and physical aggression, and fewer references to colors, speech, family characters, and friendly social interactions.

Ofelia’s journeys into the labyrinth are distinguished from the rest of the film by many of these same features. She is aware of things no one else can see. She makes tremendous efforts to succeed in the tasks set her by the Faun.   Her first encounter with the fantastic beings of the labyrinth is a winged fairy, a flying agent of Pan’s who accompanies and guides Ofelia wherever she goes. Her fantasies are filled with physical aggression (although sadly no more so than her waking world).

Intriguingly, the fantasy sequences have much less color than the waking world scenes; there’s little emphasis in the labyrinth on chromatic perception. There’s also less speech, no other family characters (until the end), and very few friendly interactions.

All in all, very much like the experience of a lucid dream. When Ofelia enters the labyrinth, she enters a world that’s closely akin to the realm of conscious dreaming.

GDTAs it turns out, there is a good biographical reason for this. In interviews he gave at the time of the film’s release, del Toro described his own childhood experiences of “lucid nightmares” in which he saw the figure of the Faun stepping out from behind a dresser at midnight.   He had recurrent dreams of many kinds of monsters, but the Faun made an especially horrifying impact on him. In the film del Toro aims to recreate this powerful fantasy figure who stalked his own personal nightmares.

Here is an excerpt from an interview he gave in 2006 to Ain’t It Cool News:

Q: Did you, in fact, have such nightmares or waking nightmares?

GDT: Many, many of them… When I was a kid, when I slept in the guest bedroom of my grandmother’s house, at midnight, a faun would come out from behind the dresser. And I know it was lucid dreaming, I know it must have been…

Q: Do you remember, did your faun look anything like the faun in the film?

GDT: Absolutely. I was trying to recreate him.

PanWhen del Toro referred to these dreams as “lucid” he seemed to mean they had all the qualities of waking reality, and yet he knew they were dreams because of the appearance of Faun or other creatures. It’s not that he was dreaming, then realized he was awake within the dream; rather, he felt like he was awake, while also realizing he must be dreaming. Both are paths to lucidity, but the latter can be much more frightening and existentially unsettling.

muckThis helps to explain at least some of the uncanny impact of “Pan’s Labyrinth.” Guillermo del Toro knows from deep personal experience the feelings of dread and terror associated with the darker path into lucidity. He knows that if you are already dreaming and then become self-aware, your conscious self feels powerful and expanded. But if you realize what you thought was waking reality is actually a dream, that’s a much more threatening mode of lucidity, a lucidity of weakness, vulnerability, and deception. A lucidity of horror.

In “Pan’s Labyrinth” del Toro inverts the typical path into conscious dreaming and thrusts Ofelia and the audience into shadowy, oozing realms of oneiric fantasy few other directors have had the daring or talent to explore.

 

Recent Interviews About “Big Dreams”

Big Dreams: The Science of Dreaming and the Origins of Religion (2016)In 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. Continue reading “Recent Interviews About “Big Dreams””

Cartoon Dreams: Psychological Insights in The Justice League and SpongeBob SquarePants

imgresChildhood is a time of frequent and intense dreaming for many people. Often these nocturnal experiences from early life have a dark hue—children are especially prone to nightmares, sleep paralysis, and night terrors. But children are also more likely than adults to experience magical dreams of flying and lucid dreams of self-awareness.   The whole wild world of dreaming, in all its strange complexity, seems more accessible in childhood than it is later in life.

A rich tradition of children’s literature, going back to such classics as Alice in Wonderland, Goodnight Moon, and Where the Wild Things Are, has addressed the profound feelings of fear, wonder, and curiosity that often pervade children’s experience when they go to sleep and dream. Cartoons are another powerful medium that can reflect recurrent themes in childhood dreams (good examples include Little Nemo in Slumberland, Dream of the Rarebit Fiend, and the Sandman series).

Cartoons on television have carried on this tradition, telling stories about dreams with much more psychological depth and power than many adults realize. These animated fictions about bizarre characters doing absurdly unrealistic things turn out to reflect the emotional reality of childhood with surprising accuracy and psychological insight.

Two episodes from recent cartoon series can help to illustrate the point.

imgres-1The first comes from “SpongeBob SquarePants,” which first aired in 1999 on the Nickelodeon network and has gone on to become one of the most popular cartoons of all time.   An episode in season 5, titled “Roller Cowards,” features dreaming as a valuable source of self-knowledge. The episode opens with Sponge Bob and his best friend Patrick hearing about an amazing new roller coaster ride (“The Fiery Fist O’ Pain”) at their favorite amusement park. The night before they go to the park, Sponge Bob goes to sleep thinking about how much fun the ride will be. But then he has a nightmare in which the roller coaster leads to terror and death, and he wakes up trembling in fear. When Patrick comes over and asks what’s wrong, Sponge Bob says he just had a bad dream. Patrick quickly says he had a bad dream, too. Sponge Bob asks what he dreamed, but before Patrick can answer the bus arrives to take them to the amusement park, and away they go.

It turns out Patrick is just as scared as Sponge Bob, though neither of them wants to admit their fears to the other. Their dreams provide accurate barometers of how they really feel, despite all their conscious efforts to pretend otherwise. Only when they finally make the humbling confession to each other that they’re scared to go on the ride, are they ready to embrace the thrilling, spine-dislocating experience of the “Fiery Fist.”

A second example comes from the “Justice League” series, which first aired in 2001 on Cartoon Network. Based on characters from DC Comics, the series gathers seven famous superheroes—Batman, Superman, Wonder Woman, Green Lantern, Flash, Hawkgirl, and J’onn J’onzz—who battle a colorful variety of super villains. The second season presented a two-part episode titled “Only a Dream,” featuring a criminal named John Dee who uses an ESP-generating machine to transform his own brain into a powerful weapon that can attack people in their dreams. After murdering his faithless girlfriend, Dee—who has now taken on the nom de guerre of Dr. Destiny—focuses his evil power on the members of the Justice League when they fall asleep and dream.

This is where the cartoon enters more sophisticated psychological territory. Dr. Destiny attacks each superhero at his or her weakest point, namely what they fear the most. This fear gives shape to the kind of nightmare that Dr. Destiny sends to each of them.

For the super-speedy, wisecracking Flash, his nightmare involves never being able to slow down, so he can never again connect with normal people; as Dr. Destiny intones, his dream prison is “being stuck in high gear, alone forever.” In Superman’s nightmare he cannot control his increasingly destructive powers, which he tries to hide but cannot. His greatest fear is that his power will hurt the very people he cares about the most. The Green Lantern dreams that he goes back to his old neighborhood, but he recognizes nothing, and everyone speaks a different language. When people see him they flee from in terror; like the Flash and Superman, his deepest anxiety has to do with staying connected with other people despite his special powers and unique identity.

imagesHawkgirl’s dream is perhaps the most intense and frightening of all. After a false awakening that gives her a moment of deceptive reassurance, Dr. Destiny binds her wings and sends her plunging down to earth, straight into a yawning grave in which she is buried alive under a mound of dirt. For a superhero whose special power is flight, this would be a terrifying nightmare indeed.

Batman, meanwhile, has managed to stay awake, but barely. Dr. Destiny haunts the periphery of his sleep-deprived consciousness, nearly causing him to crash the Batmobile.

Fortunately for the Justice League, J’onn the Martian Manhunter has the ability to go into people’s dreams and help their dreaming selves fight back against Dr. Destiny. J’onn serves as a kind of shamanic warrior and therapist, telling each of the superheroes what he or she needs to hear to rally their strength and break free of their nightmare. Each of them alone cannot defeat Dr. Destiny. But once they find new sources of strength within their dreams, the collective might of the Justice League (sans Wonder Woman; she does not appear in this episode) is enough to overthrow Dr. Destiny and his Freddy Kruger-like reign of terror over their slumber.

And finally, Batman can sleep.

The Justice League episode is much more psychologically complex than the one from SpongeBob SquarePants, which is befitting given the latter show’s focus on younger children and the former’s appeal to older children and tweens. Both cartoons, however, present a similar appreciation for dreaming as a means of expressing important emotional truths, especially those truths that seem most frightening to our waking minds. In the world of these two cartoons, dreams are portrayed as a valuable source of insight. Without putting too much weight on stories meant primarily as entertainment, it’s still fair to say that the resolution of each story teaches a basic respect for the power and wisdom of dreaming.   These cartoons have, perhaps unwittingly, done a wonderful service of dream education for millions of children.

 

This essay first appeared in the Huffington Post on Feb. 18, 2016.

 

Beyond the Eclipse of Research on Big Dreams

Solar_eclipse_1999_4_NROn 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?

50.ford_.crestlinerThe 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.

Prophetic Rodents: Neuroscientists Find Hints That Rats Dream of the Future

imgres-1New findings from brain researchers at University College London in the U.K. suggest that sleeping rats have the capacity to imagine a place they have never been in waking. This intriguing study does more than support the idea that many animals do indeed dream, in modes appropriate to the neural capacities and environmental experiences of their species. Beyond that, the study shows that rat dreams may have one of the key features of human dreaming, namely the ability to simulate future scenarios and prepare for anticipated efforts to achieve our goals.

Titled “Hippocampal place cells construct reward related sequences through unexplored space” and published in eLife on June 26, the researchers built on previous work showing the importance of the hippocampus in remembering places and forming mental maps of where we have been. The hippocampus is also important for imagination, forethought, and planning future goals. Crucially for this study, the hippocampus is active in waking and sleeping, and researchers have long known that the same hippocampal “place neurons” triggered into firing by a waking-life experience of a particular place will also fire during sleep. The challenge of this study was to find out if hippocampal neurons associated with a place will fire in sleep before any waking experience of the creature actually being in that place. In other words, will the sleeping brain anticipate a desired action? Will it dream of the future?

The experiment involved training rats (with electrodes implanted in their brains) to run through a maze where they could see, but not reach, another chamber where food was visibly located. The rats could also see but not reach an additional chamber with no food. During rest periods, the researchers recorded the rats’ hippocampal activity. Then the researchers let the rats run through the maze with no blockages, so they could reach the new chambers. It turned out the rats’ hippocampal activity when they first entered the new chamber with food was a close match with their hippocampal activity in sleep—the same place neurons that first fired in sleep later fired in waking life, too. The rats seemed to dream of going into that chamber before they actually did so.

The same effect was not found in relation to the chamber with no food. The preceding rest period did not include any hippocampal activity related to the rats’ later experiences in that place. This finding led the researchers to stress the significance of desire and intrinsic motivation in triggering this “preplay” effect.

The ultimate conclusion of the study was that “goal-biased preplay may support preparation for future experiences in novel environments.” These results give us a better understanding of how preplay, or imagination in a more general sense, can “simulate future experiences in environments yet to be actively explored,” in humans and in other species.

The limits of this research are considerable. Only four rats were used as participants; the periods of “rest” were not clearly sleep stages of any specific kind; and the published results depended on an extremely technical analysis that could allow for many hidden errors. These limits should add a note of caution when assessing the possible implications of the research.

That being said, the findings of this study have a clear affinity with theories of dream function that emphasize the values of the anticipatory simulations frequently occurring in dreaming experience. C.G. Jung spoke of “the prospective function” of dreams, Montague Ullman said dreaming worked to maintain an optimal state of “vigilance,” Frederick Snyder viewed sleep and dreaming as a “sentinel” system to prepare for environmental danger, Rosalind Cartwright argued that dreams serve as “rehearsals” for future actions, and Jeremy Taylor has focused on recurrent nightmares as warnings of psycho-spiritual danger in the dreamer’s waking life. Antti Revonsuo and Katja Valli have been developing the “Threat Simulation Theory” as a way of connecting typical patterns in dream content with brain functioning and the evolutionary challenges of our species. In my 2016 book Big Dreams: The Science of Dreaming and the Origins of Religion, I will talk at length about the capacity for creative forethought and visionary insight in dreaming.

All of which is to say, dream researchers from other areas have been working with similar ideas for years, and these new findings from the University College London team are a welcome addition to the accumulating evidence in favor of dreams having some kind of preparatory function that helps to orient the individual toward successful adaptation in the waking world.