Table of Contents
My Frustrating Quest for Meaning in the Night’s “Noise”
For as long as I can remember, I’ve been captivated by dreams.
As a researcher in psychology, I felt they had to be more than just nightly noise.
They felt profound, packed with a significance that hovered just beyond my grasp.
This conviction sent me down the same path so many of us travel.
I would wake from a vivid, bizarre dream—falling, being chased, losing my teeth—and immediately consult a dream dictionary or search online for its meaning.1
The answers were always neat and tidy: falling means you feel a loss of control; being chased means you are avoiding an issue; losing teeth signifies anxiety about your appearance or a sense of powerlessness.3
Yet, these interpretations always left me feeling empty.
They were generic, like psychological horoscopes, failing to connect with the specific, textured reality of my dream experience.5
The frustration peaked during my doctoral studies.
I was plagued by a recurring nightmare: a vague but menacing presence would appear, and I would try to run or throw a punch, only to find my limbs moving through thick sludge, my actions utterly ineffective.6
I felt a terror that was more infuriating than scary.
My attempts to analyze it through the popular lenses were fruitless.
Was it repressed anger? A Freudian power struggle? None of it resonated.
The dream remained a terrifying, meaningless loop, and the “official” interpretations offered no solace or solution.
This personal failure forced me to confront a larger problem.
The world of dream interpretation is a landscape of contradiction.
On one side, you have a scientific camp that has, at times, dismissed dreams as the meaningless, random by-products of brain activity during REM sleep.7
On the other, you have psychoanalytic traditions and pop psychology gurus insisting that every dream is a deeply meaningful, symbolic message from our unconscious.9
This chasm between “meaningless noise” and “mystical message” creates a vacuum where confusion thrives.
It became clear that the problem wasn’t a personal failing to “get” my dreams.
It was a systemic issue.
The most accessible tools for dream interpretation—the universal dream dictionaries—are built on a flawed premise.
They promise a simple key to a complex lock.
Decades of research, from Freud’s own warnings against rigid symbol-to-meaning translations to modern neurocognitive science, have shown that dream symbolism is intensely personal and contextual.9
My frustration was the predictable outcome of applying a faulty toolset.
I wasn’t just asking the wrong questions about my dreams; I was using the wrong maps entirely.
The Old Maps: Why Freudian Ciphers and Jungian Archetypes Led Me Astray
My journey required a critical re-examination of the two titans who drew these old maps: Sigmund Freud and Carl Jung.
Their theories have so profoundly shaped our cultural understanding of dreams that their concepts—repressed desires, archetypes, the unconscious—are now part of our everyday language.
Freud’s Coded Messages from a Repressed Psyche
Sigmund Freud, in his seminal 1899 work The Interpretation of Dreams, proposed that dreams are the “royal road to a knowledge of the unconscious activities of the mind”.12
His model is essentially one of cryptography.
He argued that dreams are “disguised fulfillments of repressed wishes,” often stemming from primal sexual and aggressive instincts that are unacceptable to our conscious mind.14
To understand a dream, Freud said we must distinguish between two layers of content 15:
- Manifest Content: The surface-level story of the dream—the characters, settings, and events you remember upon waking.
- Latent Content: The hidden, true meaning of the dream, which contains the repressed wish.
The transformation from the threatening latent content to the more palatable manifest content is accomplished by a series of mental operations Freud called the “dream-work”.16
These mechanisms act as a psychic censor, disguising the dream’s true purpose through processes like
condensation (fusing multiple ideas into one symbol), displacement (shifting emotional significance from an important object to a trivial one), and secondary revision (organizing the bizarre elements into a somewhat logical narrative).13
While revolutionary for its time, and while some related phenomena like the “dream rebound effect” (dreaming about a thought you’ve actively suppressed) have found support, the Freudian model has largely been left behind by modern science.14
Its interpretations are highly subjective, impossible to falsify, and rely on a model of the mind that no longer aligns with our neuroscientific understanding.
Jung’s Mythic Journey Toward Wholeness
Carl Jung, once Freud’s protégé, broke away to develop a more expansive, and some would say spiritual, theory of dreams.
For Jung, dreams were not primarily about repressed wishes but served a compensatory function.17
They are natural, undisguised messages from the unconscious, designed to balance our one-sided conscious attitudes and guide us on the path toward “individuation”—the integration of the conscious and unconscious parts of our psyche into a complete, whole self.10
Jung’s model introduced two profound concepts:
- The Collective Unconscious: A deeper layer of the psyche, which Jung believed was inherited and shared by all of humanity. It is a reservoir of our species’ ancestral memories, experiences, and wisdom.20
- Archetypes: Within this collective unconscious exist archetypes—universal, primordial patterns and images that structure our experience and appear in myths, religions, and dreams across all cultures.22 Key archetypes include the
Shadow (our dark, repressed side), the Anima/Animus (the inner feminine/masculine), the Wise Old Man, and the Hero.23 When these powerful figures appear in dreams, they are signaling a deep, transpersonal process.
Jung’s approach felt more holistic and less reductive than Freud’s, but it faces similar scientific hurdles.
Concepts like the collective unconscious are difficult, if not impossible, to test empirically and are often viewed as pseudoscientific.21
Ultimately, I realized that both of these “old maps,” despite their differences, were based on the same fundamental metaphor: the Dream-as-Text.
They both treat dreams as intentionally coded communications that must be deciphered.
Freud’s dream is a censored letter; Jung’s is a mythic poem.
The goal of the interpreter is to find the key and translate the message.
This entire framework is what led me, and so many others, astray.
It forces us to ask, “What does this symbol mean?” instead of what I now believe is the far more powerful question: “What process in my brain created this experience?”
The Epiphany: Viewing the Dreaming Brain as a Self-Organizing Computer
The turning point in my understanding came when I abandoned the Dream-as-Text metaphor and embraced a new one, drawn from a seemingly unrelated field: computer science.
What if the dreaming brain wasn’t a poet or a cryptographer, but a sophisticated biological computer running a suite of nightly maintenance programs?
This brain-as-computer analogy has a long history and is not without its critics.25
It is crucial to understand that this is a
functional analogy, not a literal one.
The brain is not a machine of silicon and circuits; it has no separate hardware and software, and its processing is wet, chemical, and massively parallel in a way no digital computer can yet replicate.27
However, the power of the analogy lies in reframing our questions.
The brain, like a computer, is fundamentally an information processing system.27
It takes in sensory data, processes it, stores memories, and runs simulations.
Viewing sleep through this lens reveals that it is not a passive state of rest but a period of intense and vital neural computation.
This perspective is supported by two key scientific frameworks:
- Information Theory: This field provides a mathematical language for understanding how systems process information and reduce uncertainty (or “entropy”). The brain’s primary job is to build a predictive model of the world to help us survive, and sleep is a critical time when it updates and refines this model based on the previous day’s data.29
- Self-Organization Theory: This theory, drawn from the study of complex systems, explains how order can spontaneously emerge from chaos. It posits that the sleeping brain, with its mix of memory fragments and random neural signals, can self-organize these discontinuous elements into the relatively coherent narratives we experience as dreams.13
This shift from a psychoanalytic to a neurocognitive paradigm represents a fundamental change in how we approach the mystery of dreams.
The table below illustrates the profound difference between the old maps and this new diagnostic framework.
| Feature | Psychoanalytic Paradigm (The “Mystical Map”) | Neurocognitive Paradigm (The “System Diagnostic”) |
| Primary Goal of Dreams | To fulfill repressed wishes (Freud); to compensate for psychic imbalances (Jung). | A conscious byproduct of essential, non-conscious biological processes (memory consolidation, emotional regulation, etc.). |
| Source of Content | The personal and collective unconscious; repressed infantile desires; archetypes. | Reactivated memories (“day’s residues”), salient emotional events, and random neural firing from the brainstem. |
| Meaning | Hidden, symbolic, and latent. Requires expert interpretation to decode a universal truth. | Emergent and contextual. Directly reflects the brain’s current processing tasks and the dreamer’s cognitive state. |
| Bizarreness Explained By | “Dream-work” and “censorship” mechanisms designed to disguise the true, threatening meaning. | Reduced prefrontal cortex control, a hyper-associative neurochemical state, and the synthesis of random signals. |
| Role of Interpreter | To act as a decoder, uncovering a hidden message using a symbolic key. | To act as a data analyst, helping the dreamer recognize personal patterns of thought and emotion reflected in the dream. |
| Core Analogy | A coded letter from the unconscious; a mystical or sacred text. | A system status report; a cognitive defragmentation process; a neural sandbox simulation. |
This new paradigm doesn’t ask “What is the hidden meaning?” but rather “What function is the brain performing?” It breaks down the monolithic mystery of “dreaming” into a series of distinct, understandable, and scientifically validated processes.
Pillar 1: The Nightly Defrag—Dreaming as Memory Consolidation and Integration
One of the brain’s most critical nightly tasks is managing the staggering amount of information it absorbs each day.
Think of this as a computer running a nightly defragmentation and backup routine.
It sorts through new data, strengthens important files, deletes junk, and integrates the new information with the existing archive.
Dreams are the flickering screen we sometimes glimpse during this essential maintenance, a conscious artifact of an unconscious process known as memory consolidation.33
This process is far from passive.
Following learning, the brain actively works to convert fragile, short-term memories into stable, long-term storage.33
A key mechanism for this is
neural replay.
Studies using brain imaging in both animals and humans have shown that patterns of brain activity generated during a waking task are reactivated or “replayed” during sleep, particularly in the hippocampus and neocortex, the brain’s key memory centers.33
The link between this process and dream content is now well-established.
The most salient and novel experiences of our day are preferentially incorporated into our dreams.33
This was famously demonstrated in studies where participants who played the video game Tetris for extended periods reported seeing images of the falling blocks in their dreams.37
This isn’t random; the brain is prioritizing the processing of significant new data.
Furthermore, a growing body of research shows that dreaming about a recently learned task is correlated with improved performance on that task the next day, suggesting that the dream itself is an indicator that the memory consolidation process is working effectively.33
This model also provides the most elegant explanation for the bizarre, collage-like nature of dreams.
The brain does not simply replay a video of the day’s events.
Instead, it breaks memories down into fragments—what Freud astutely called “day’s residues”—and intermingles them with older, thematically related memories.16
This “messy” process is actually a feature, not a bug.
By weaving new information into existing knowledge networks, the brain can extract general rules, foster new connections, and build a more robust and flexible understanding of the world.13
The dream’s strangeness is the visible signature of this powerful integrative function.
In this light, Freud’s observation of “day’s residues” was correct, but incomplete.
He saw the “what”—fragments of daily life appearing in dreams—but the neurocognitive model provides the “why”: they are the raw materials being actively processed by the brain’s memory consolidation machinery.
Pillar 2: The Threat Simulator—Running Evolutionary Drills in a Neural Sandbox
If memory consolidation is about organizing the past, another crucial function of dreaming appears to be preparing for the future.
This function is best understood through the lens of the Threat Simulation Theory (TST), first proposed by Finnish neuroscientist Antti Revonsuo.39
TST posits that dreaming evolved as a biological defense mechanism—a kind of neural sandbox or virtual reality simulator—that allows us to rehearse responses to dangerous situations in a safe, offline environment.40
The strongest evidence for this theory comes from large-scale analyses of dream content.
Across cultures and age groups, the most commonly reported dream emotions are negative, with fear and anger leading the pack.39
Likewise, the most common dream themes are threatening ones: being attacked or chased, falling, being trapped, or facing a disaster.39
These are precisely the scenarios that would have been most critical for our ancestors to practice for survival.
According to TST, this system was evolutionarily selected for in an ancestral environment that was filled with life-threatening dangers.39
Individuals whose brains were better at running these nightly simulations would have had more honed threat-recognition and avoidance skills, giving them a significant survival and reproductive advantage.42
In our modern world, this ancient software still runs, but it has adapted to our contemporary anxieties.
The “predators” we face are now more likely to be social or psychological.
This is why dreams of failing an exam, being naked in public, giving a flawed presentation, or showing up late are so common.1
These are the modern equivalents of being chased by a saber-toothed tiger.
They are simulations triggered by our waking-life performance pressures and social insecurities.45
This perspective offers a powerful and non-pathologizing explanation for nightmares and anxiety dreams.
They are not omens of failure or signs of a broken psyche.
Rather, they are evidence of a healthy, adaptive brain doing exactly what it evolved to do: preparing you for challenges.
The terror of a nightmare about an upcoming speech is not a prediction that you will fail; it is the feeling of your brain’s ancient survival simulator running drills to help you succeed.
This reframes the experience from a source of fear into a sign of your own evolutionary resilience.
Pillar 3: The Emotional Thermostat—How Dreams Regulate Our Affective State
Dreams are intensely emotional experiences.
This is not an incidental feature; it points to another of the brain’s critical nightly functions: emotional regulation.
Think of the dreaming brain as an emotional thermostat, working to process the affective charge of the day’s events, cool down overheated circuits, and recalibrate our mood for the next day.14
The emotional regulation hypothesis suggests that a key purpose of dreaming, particularly during REM sleep, is to help us cope with and integrate emotional experiences, especially negative ones.47
This is made possible by the unique neurochemical state of the REM-sleeping brain.
Brain imaging studies show that emotional centers like the amygdala are highly active—as active as during a waking emotional event.49
However, the brain is simultaneously bathed in extremely low levels of key stress-related neurochemicals, particularly noradrenaline.50
This combination is remarkable.
It allows the brain to reactivate and re-process an emotional memory without the corresponding physiological stress and anxiety.
It is, in essence, a form of overnight exposure therapy.
The brain gets to revisit the difficult event, stripping away its sharp emotional edges and integrating it into the broader narrative of our lives.
The functional benefit of this process is supported by compelling evidence.
Studies of recently divorced individuals, for example, found that those who dreamed more about their difficult experiences showed better long-term emotional adjustment and recovery from depression a year later.47
Conversely, individuals deprived of REM sleep often show increased irritability and difficulty managing their emotions, suggesting this nightly recalibration is essential for our mental well-being.52
This function is deeply intertwined with memory consolidation; the brain isn’t just filing the facts of what happened, it’s also modulating the emotional tag attached to that file, ensuring that our past doesn’t perpetually overwhelm our present.
This nightly process can be seen as the brain’s own automated form of psychotherapy, a first pass at healing that can be completed by conscious reflection and verbalization—through journaling or therapy—the next day.
Pillar 4: The Synthesis Engine—Reconciling Randomness with Narrative Coherence
We are now left with the great paradox of dreaming: how can dreams be simultaneously so random and bizarre, yet so structured and narrative? The answer lies in the final pillar of our neurocognitive model: the brain’s powerful synthesis engine.
Our higher brain, particularly the cortex, is a relentless meaning-making machine, hard-wired to create stories and find patterns even when the input it receives is chaotic.53
The classic Activation-Synthesis Hypothesis, proposed in 1977 by J.
Allan Hobson and Robert McCarley, provided the first neurobiological explanation for this paradox.53
They demonstrated that during REM sleep, the brainstem (specifically the pons) fires off bursts of random electrical signals—the “activation”—upward into the forebrain.53
The forebrain, suddenly bombarded with this chaotic input, does its best to weave it into a coherent story—the “synthesis.” This process explains the bizarre juxtapositions of dreams, like your third-grade teacher suddenly appearing in your current office; the brain is simply stitching together unrelated neural activations into a single narrative.
More recent theories have refined this idea.
The Self-Organization Theory views the sleeping brain as a complex system where order spontaneously emerges from disorder.13
Disconnected elements—memory fragments from Pillar 1, threat scenarios from Pillar 2, emotions from Pillar 3, and random neural noise—naturally coalesce into a relatively continuous story, often guided by an overarching emotional theme that acts as an “order parameter”.16
A key player in this narrative construction is the brain’s
Default Mode Network (DMN), a system of interconnected regions that is active when we daydream, mind-wander, and think about the future or past.56
The DMN is the brain’s master storyteller, and during sleep, it takes the raw data generated by other nightly processes and spins it into the cinematic experiences we call dreams.
This understanding radically reframes the concept of “dream meaning.” The meaning is not a hidden, pre-existing message that needs to be decoded.
Instead, the meaning is created by the act of synthesis itself.
The dream’s story is a direct reflection of how your unique brain, with its specific memories and emotional biases, chose to organize that particular night’s chaotic inputs.
The purpose of interpretation, therefore, shifts from archaeology (digging for a buried artifact) to a kind of literary analysis (understanding what the construction of the story reveals about its author—your own mind).
A New Toolkit: A Practical Guide to Engaging with Dreams as Cognitive Artifacts
Abandoning the old maps does not mean abandoning the journey.
By viewing dreams through this neurocognitive lens, we can develop a new, more powerful toolkit for engaging with them.
The goal is no longer to find “the one true meaning” but to use our dreams as a rich source of personal data about our own cognitive and emotional lives.
This begins with reinterpreting common dream themes through the four pillars:
- Being Chased: Instead of a generic symbol of “avoidance,” see this as your Threat Simulation system (Pillar 2) running a drill. The key question becomes: What waking-life anxiety or stressor is providing the input for this simulation?
- Failing an Exam: This is a classic modern threat simulation, but it could also be an artifact of Memory Consolidation (Pillar 1) if you’ve been engaged in intense learning or performance-related tasks. The question is: Is my brain practicing for a future challenge, or is it processing the memories and anxieties of a past one?
- Teeth Falling Out: This is not a universal symbol of powerlessness. It could be a threat simulation related to social anxiety or communication (Pillar 2), or it could be your brain processing physical sensations, dental memories, or health concerns (Pillar 1). The context is everything.
The most powerful tool in this new approach is the dream journal, but its purpose changes.
It is no longer a book of riddles to be solved, but a logbook for data collection.58
Over time, tracking this data allows you to see patterns in your own neural software.
A useful entry would include:
- The Dream Narrative: A detailed account of the dream’s events.
- Emotions Felt: The specific emotions you experienced during the dream.
- Day’s Residue: Key events, conversations, or media consumed the previous day.
- Current Stressors: A brief note on your main waking-life anxieties or concerns.
Armed with this data, you can stop asking “What does the snake mean?” and start asking more productive, process-oriented questions:
- (Pillar 1) Memory Consolidation: What new information or experiences from yesterday might my brain have been trying to integrate?
- (Pillar 2) Threat Simulation: What current anxieties or future challenges might my brain have been rehearsing for?
- (Pillar 3) Emotional Regulation: What strong emotions from my waking life was my brain working to process and cool down?
- (Pillar 4) Synthesis: What disparate elements—people, places, feelings—did my brain weave together into this story, and what does that unique combination reveal about my current mental state and associative patterns?
By engaging with our dreams in this way, we are not just discovering ourselves; we are practicing meta-cognition—the ability to observe our own thinking processes.
We get a behind-the-scenes look at our own cognitive and emotional software in action, which can empower us to make more conscious and effective choices in our waking lives.
The dream becomes a diagnostic tool, not an oracle.
From Mystical Messages to Masterpieces of Biological Computation
This journey of understanding has been a personal and professional transformation.
It has allowed me to finally make sense of the recurring nightmare that once haunted me.
The dream of being unable to run or punch effectively is no longer a terrifying symbol of my powerlessness.
I now understand it as a classic threat simulation (Pillar 2) colliding with the reality of REM sleep physiology.
During REM, the brain sends motor commands to the body but also paralyzes the skeletal muscles to prevent us from acting out our dreams.17
The feeling of helpless paralysis in the dream is a direct sensory reflection of this real-world motor inhibition.
This simple, scientific explanation demystified the dream and stripped it of its power to terrorize me.
Far from disenchanting the dream world, this neurocognitive perspective has filled me with a deeper sense of awe.
I no longer see dreams as cryptic messages from a Freudian ghost in the machine, but as nightly masterpieces of biological computation.
They are a testament to the staggering elegance and efficiency of the human brain, a system honed by millions of years of evolution to learn from the past, prepare for the future, and maintain its own delicate emotional balance.
Dreams are not one thing, but many things at once.
They are the echoes of our brain consolidating memories, the dress rehearsals of our ancient survival instincts, the quiet recalibration of our emotional lives, and the brilliant stories our mind tells itself to bring order to the beautiful chaos of its own inner world.
They are not a road to the unconscious, but rather a direct, unvarnished view of the unconscious at work.
And by learning to read the logic of that work, we gain the most profound and useful understanding of all: the understanding of ourselves.
Works cited
- Bad Dreams: 10 Common Nightmares & Their Meanings, accessed on August 5, 2025, https://www.dreams.co.uk/sleep-matters-club/common-nightmares-and-what-they-mean
- 9 Common Dreams and What They Supposedly Mean – Simply Psychology, accessed on August 5, 2025, https://www.simplypsychology.org/understanding-your-dreams.html
- What are Stress Dreams? | Types, causes, managing & treatment – CPD Online College, accessed on August 5, 2025, https://cpdonline.co.uk/knowledge-base/mental-health/stress-dreams/
- Dream Interpretations: What Do These 9 Common Dreams Mean? – Verywell Mind, accessed on August 5, 2025, https://www.verywellmind.com/understanding-your-dreams-2795935
- Cmv: There’s no inherent meaning to dreams and things like dream dictionaries are hokum. : r/changemyview – Reddit, accessed on August 5, 2025, https://www.reddit.com/r/changemyview/comments/4lrg8t/cmv_theres_no_inherent_meaning_to_dreams_and/
- The frustrating parts of a dream : r/thanosdidnothingwrong – Reddit, accessed on August 5, 2025, https://www.reddit.com/r/thanosdidnothingwrong/comments/fqwqcr/the_frustrating_parts_of_a_dream/
- courses.lumenlearning.com, accessed on August 5, 2025, https://courses.lumenlearning.com/waymaker-psychology/chapter/reading-dreams/#:~:text=There%20are%20many%20theories%20about,claims%20that%20dreams%20are%20meaningless
- activation synthesis theory, accessed on August 5, 2025, https://passmorespsychology.weebly.com/uploads/2/1/6/3/21630508/activation_synthesis_theory-_model_reponse.pdf
- Freud’s Method for Interpreting Dreams, accessed on August 5, 2025, https://www.freud.org.uk/schools/resources/the-interpretation-of-dreams/freuds-method-for-interpreting-dreams/
- Carl Jung and the Psychology of Dreams – Messages from the Unconscious, accessed on August 5, 2025, https://academyofideas.com/2023/06/carl-jung-and-the-psychology-of-dreams-messages-from-the-unconscious/
- Dream Dictionaries: Why You Should NEVER Use One – The Dream Analyst, accessed on August 5, 2025, https://thedreamanalyst.com/dream-articles/about-dreaming/dream-dictionary/
- en.wikipedia.org, accessed on August 5, 2025, https://en.wikipedia.org/wiki/The_Interpretation_of_Dreams
- Freud’s Dream Interpretation: A Different Perspective Based on the Self-Organization Theory of Dreaming – Frontiers, accessed on August 5, 2025, https://www.frontiersin.org/journals/psychology/articles/10.3389/fpsyg.2018.01553/full
- Why Do We Dream? Understanding Dream Theory – Verywell Mind, accessed on August 5, 2025, https://www.verywellmind.com/why-do-we-dream-top-dream-theories-2795931
- Sigmund Freud | The Unconscious & Dreams | Key Study Aims & Method, accessed on August 5, 2025, https://online-learning-college.com/knowledge-hub/gcses/gcse-psychology-help/sigmund-freud/
- Freud’s Dream Interpretation: A Different Perspective Based on the …, accessed on August 5, 2025, https://pmc.ncbi.nlm.nih.gov/articles/PMC6115518/
- Dream Interpretation – Jungian Psychoanalysis, accessed on August 5, 2025, https://jungian.ca/resources/dream-interpretation/
- Dreams In Jungian Psychology: The use of Dreams as an Instrument For Research, Diagnosis and Treatment of Social Phobia – PMC, accessed on August 5, 2025, https://pmc.ncbi.nlm.nih.gov/articles/PMC3216128/
- Jungian Dream Analysis: 9 Rules to Interpret Your Dreams – Oniri, accessed on August 5, 2025, https://www.oniri.io/post/jungian-dream-analysis-9-rules-to-interpret-your-dreams
- Collective unconscious – Wikipedia, accessed on August 5, 2025, https://en.wikipedia.org/wiki/Collective_unconscious
- What Collective Unconscious Theory Tells Us About the Mind, accessed on August 5, 2025, https://www.verywellmind.com/what-is-the-collective-unconscious-2671571
- Jungian archetypes – Wikipedia, accessed on August 5, 2025, https://en.wikipedia.org/wiki/Jungian_archetypes
- Common Dream Archetypes – Applied Jung, accessed on August 5, 2025, https://appliedjung.com/dream-archetypes/
- The Timeless Relevance of Jungian Archetypes in Dreams | by Marcopillu – Medium, accessed on August 5, 2025, https://medium.com/@marcopillu/the-timeless-relevance-of-jungian-archetypes-in-dreams-d2ae38f3ff73
- Neuroscience For Kids – brain vs. computer, accessed on August 5, 2025, https://faculty.washington.edu/chudler/bvc.html
- Your brain does not process information and it is not a computer | Aeon Essays, accessed on August 5, 2025, https://aeon.co/essays/your-brain-does-not-process-information-and-it-is-not-a-computer
- Metaphors and Science: Are Brains like Computers? – Spiegeloog, accessed on August 5, 2025, https://www.spiegeloog.amsterdam/metaphors-and-science-are-brains-like-computers/
- Brains as Computers: Metaphor, Analogy, Theory or Fact? – Frontiers, accessed on August 5, 2025, https://www.frontiersin.org/journals/ecology-and-evolution/articles/10.3389/fevo.2022.878729/full
- INFORMATION: THEORY, BRAIN, AND BEHAVIOR – PMC – PubMed Central, accessed on August 5, 2025, https://pmc.ncbi.nlm.nih.gov/articles/PMC5226236/
- Information theory in neuroscience – PMC, accessed on August 5, 2025, https://pmc.ncbi.nlm.nih.gov/articles/PMC3736735/
- A Supplement to Self-Organization Theory of Dreaming – PMC, accessed on August 5, 2025, https://pmc.ncbi.nlm.nih.gov/articles/PMC4782025/
- A systems approach to self-organization in the dreaming brain | Emerald Insight, accessed on August 5, 2025, https://www.emerald.com/insight/content/doi/10.1108/03684920210443653/full/pdf?title=a-systems-approach-to-selforganization-in-the-dreaming-brain
- Dreaming and Offline Memory Consolidation – PMC, accessed on August 5, 2025, https://pmc.ncbi.nlm.nih.gov/articles/PMC4704085/
- How Dreaming Helps the Brain Consolidate Memories – Psychology Today, accessed on August 5, 2025, https://www.psychologytoday.com/us/blog/the-athletes-way/202006/how-dreaming-helps-the-brain-consolidate-memories
- meta-analysis of the relation between dream content and memory consolidation | SLEEP | Oxford Academic, accessed on August 5, 2025, https://academic.oup.com/sleep/article/46/12/zsad111/7120016
- Why do memories consolidate during sleep? : r/askpsychology – Reddit, accessed on August 5, 2025, https://www.reddit.com/r/askpsychology/comments/11pco27/why_do_memories_consolidate_during_sleep/
- Dreaming and the brain: from phenomenology to neurophysiology – PMC – PubMed Central, accessed on August 5, 2025, https://pmc.ncbi.nlm.nih.gov/articles/PMC2814941/
- pmc.ncbi.nlm.nih.gov, accessed on August 5, 2025, https://pmc.ncbi.nlm.nih.gov/articles/PMC4704085/#:~:text=Memory%20consolidation%20involves%20the%20integration,could%20reflect%20this%20adaptive%20process.
- Antti Revonsuo – Wikipedia, accessed on August 5, 2025, https://en.wikipedia.org/wiki/Antti_Revonsuo
- pubmed.ncbi.nlm.nih.gov, accessed on August 5, 2025, https://pubmed.ncbi.nlm.nih.gov/15766897/#:~:text=The%20threat%20simulation%20theory%20of%20dreaming%20(TST)%20()%20states%20that,to%20repeatedly%20simulate%20threatening%20events.
- Revonsuo’s Threat Simulation Theory: A comparative study – University of Cape Town, accessed on August 5, 2025, https://humanities.uct.ac.za/media/250545
- (PDF) The threat simulation theory in light of recent empirical …, accessed on August 5, 2025, https://www.researchgate.net/publication/24264324_The_threat_simulation_theory_in_light_of_recent_empirical_evidence_A_review
- Do You Dream Every Night? And More Facts About Dreams – Verywell Mind, accessed on August 5, 2025, https://www.verywellmind.com/facts-about-dreams-2795938
- What Are the Most Common Dream Themes? | Psychology Today, accessed on August 5, 2025, https://www.psychologytoday.com/us/blog/dream-factory/201411/what-are-the-most-common-dream-themes
- Experts Decode These 7 Common Anxiety Dreams – Thrive Global, accessed on August 5, 2025, https://community.thriveglobal.com/experts-decode-these-7-common-anxiety-dreams/
- Psychology of Dreams: What They Tell You About Your Mental Health, accessed on August 5, 2025, https://imindmental.com/article/psychology-of-dreams-what-they-tell-you-about-your-mental-health/
- What’s the purpose of dreaming? – Popular Science, accessed on August 5, 2025, https://www.popsci.com/science/what-is-the-purpose-of-dreaming/
- Speaking of Psychology: The science of dreaming, with Deirdre Barrett, PhD, accessed on August 5, 2025, https://www.apa.org/news/podcasts/speaking-of-psychology/science-of-dreaming
- Decoding the Secrets of Dreaming: A Neuroscientific Approach – Psychologist and Cognitive Behavioural Therapist – Edinburgh, accessed on August 5, 2025, https://www.federicoferrarese.co.uk/2024/03/12/decoding-the-secrets-of-dreaming-a-neuroscientific-approach/
- Allan Hobson and the Neuroscience of Dreams | Dream Studies Portal, accessed on August 5, 2025, https://dreamstudies.org/neuroscience-of-dreams/
- Question: Why do we dream?? – I’m a Scientist, accessed on August 5, 2025, https://archive.imascientist.org.uk/medical20-zone/question/why-do-we-dream/index.html
- The science of dreams: what happens in the brain when we dream | Muse® EEG Mental Fitness & Sleep Headband, accessed on August 5, 2025, https://choosemuse.com/blogs/news/the-science-of-dreams-what-happens-in-the-brain-when-we-dream
- The Activation Synthesis Model of Dreaming – Verywell Mind, accessed on August 5, 2025, https://www.verywellmind.com/what-is-the-activation-synthesis-model-of-dreaming-2794812
- Activation-synthesis hypothesis – Wikipedia, accessed on August 5, 2025, https://en.wikipedia.org/wiki/Activation-synthesis_hypothesis
- Activation-Synthesis Theory of Dreams: MCAT Psychology Concept Explained, accessed on August 5, 2025, https://kingofthecurve.org/blog/activation-synthesis-theory-dreams
- Are dreams powered by the same parts of the brain that are responsible for creativity and imagination? : r/askscience – Reddit, accessed on August 5, 2025, https://www.reddit.com/r/askscience/comments/sxv6c6/are_dreams_powered_by_the_same_parts_of_the_brain/
- Dreaming as a story-telling instinct – Frontiers, accessed on August 5, 2025, https://www.frontiersin.org/journals/psychology/articles/10.3389/fpsyg.2013.00159/full
- Jungian Dream Analysis: Exploring the Unconscious Mind, accessed on August 5, 2025, https://drnathanbrandon.com/jungian-dream-analysis-exploring-the-unconscious-mind/
- How to Interpret Your Dreams | Psychology Today, accessed on August 5, 2025, https://www.psychologytoday.com/us/blog/our-devices-our-selves/202505/how-to-interpret-your-dreams
- 6 Facts About Dreams and Sleep Phenomena | Dignity Health, accessed on August 5, 2025, https://www.dignityhealth.org/articles/6-facts-about-dreams-and-sleep-phenomena
