The Science of Time Expansion: How the Brain Bends Reality

Laura Morini
5 days ago
18 min read

Introduction — Why We Feel Time Warp

Time — that invisible current carrying every thought, action, and breath — usually flows so predictably that we barely notice it. Yet, sometimes, in moments of awe, danger, or deep focus, the clock seems to lose its rhythm. Seconds stretch like elastic bands; minutes feel infinite. Scientists call this the subjective distortion of time, but for anyone who’s lived through it — a near-miss on the highway, a breathtaking concert, or a moment of pure inspiration — it feels like stepping outside the ordinary flow of reality itself.

This phenomenon, often described as “time slowing down,” challenges one of the most fundamental assumptions about human perception: that our internal clock runs steadily. In truth, the brain’s sense of time is far more flexible — and fragile — than we imagine. Every heartbeat, eye movement, and burst of neural activity shapes how we perceive duration. Time doesn’t just pass; it’s constructed moment by moment in our minds.

Across history, poets, monks, and mystics have described this elasticity in vivid language. The philosopher William James once wrote that time can “stretch, shudder, or collapse” depending on consciousness. Modern neuroscience agrees — but with a twist. Instead of mystical energy or fate, researchers now look to neural oscillations, dopamine levels, and motor-planning circuits in the brain as the architects of time’s rhythm.

🧠 The question for 2025 isn’t just why time feels different — it’s where in the brain this warping begins.

As new imaging tools and brain-stimulation experiments emerge, scientists are uncovering how perception and biology merge to create our personal timeline. Some even suggest that our sense of time could be trained, hacked, or expanded, revealing just how fragile the border is between the ticking of the clock and the rhythm of consciousness.

In this exploration, we’ll journey from the laboratory to the mind’s hidden chambers — where memory, emotion, and awareness converge — to understand how the brain bends reality’s most constant thread.

TEEs — What We Know from Taylor et al. (Time Expansion Experiences)

When time itself bends — stretching a second into eternity — we step into a realm that few understand, yet almost everyone has felt. These surreal, ultra-clear moments are what psychologist and researcher Dr. Steve Taylor calls Time Expansion Experiences (TEEs) — rare but powerful states when our perception of time slows down, yet our awareness speeds up.

Taylor, a senior lecturer in psychology and consciousness studies, began documenting these experiences through thousands of personal accounts — from soldiers in battle, athletes in motion, musicians in flow, and everyday people who suddenly felt “lifted out of time.” His work bridges psychology, spirituality, and neuroscience, forming a body of research that asks a simple but profound question: Why does time sometimes stop — and what does that say about the human mind?

⚙️ The Core of a Time Expansion Experience

A TEE is not mere imagination or an adrenaline rush — it’s a temporary shift in consciousness. Taylor’s findings show a consistent pattern across subjects, regardless of background or belief:

🧘 Heightened clarity: Every sound, every flicker of light, feels amplified. Reality sharpens into focus as if seen for the first time.
🕰️ Subjective time dilation: Seconds seem to unfold slowly — not in panic, but in awareness. The world seems to move at half speed, yet thinking becomes faster.
🌌 Ego-dissolution: People report feeling like they merged with the present moment. The boundary between “me” and “everything else” fades.
✨ Emotional elevation: When it ends, there’s often a lasting calm or euphoria — what Taylor calls afterglow awareness, a residual peace that lingers for hours or days.

🧠 The Science Beneath the Stillness

From a neurological standpoint, TEEs appear to involve a sudden increase in neural sampling rate — the brain’s internal clock speeding up due to surges of dopamine and norepinephrine. When the brain captures more “frames” of reality per second, moments appear stretched.

In high-focus or life-threatening situations, this mechanism evolved as a survival advantage — allowing us to react faster. Yet, Taylor’s studies reveal something far beyond survival. Many TEEs occur not in danger, but in beauty — during meditation, creativity, or awe-inspiring moments.

Modern neuroscience supports this dual nature: while the amygdala and prefrontal cortex govern time under stress, deeper states of awareness involve quieting the Default Mode Network (DMN) — the part of the brain responsible for self-talk and mental noise. When the DMN fades, time loses its linear grip. We no longer measure the moment; we become it.

As Taylor writes,

“When time slows, it’s not that the world changes — it’s that we finally see it as it is.”

🌍 Ancient Echoes, Modern Science

Remarkably, TEEs echo experiences described in ancient spiritual traditions — what monks called satori, what mystics described as timelessness, and what modern physics calls the relativity of perception.

Taylor argues that these parallels suggest time expansion is not just psychological, but existential — a glimpse into how consciousness interacts with the flow of reality. We might not bend the fabric of time itself, but in moments of pure presence, we bend our awareness of it.

💡 Why It Matters

TEEs invite a new kind of curiosity — one that blurs the boundary between science and self. If time can stretch within us, then consciousness isn’t merely a passenger in time’s river — it might be the river itself.

For scientists, this raises new frontiers: studying how neural rhythms, meditation, emotion, and perception merge into altered states.

For the rest of us, it offers a quiet revelation: perhaps the key to “more time” isn’t in clocks or calendars, but in how deeply we live each second.

🌀 If the way we perceive time can stretch and bend, what else about our perception is unreliable? Discover more in “Why We Can’t Truly Imagine a New Color”.

The SMA Neuromodulation Study — Making Time Elastic in the Brain

When researchers began probing the origins of Time Expansion Experiences (TEEs), one brain region stood out: the Supplementary Motor Area (SMA) — a small but powerful hub located on the medial surface of the frontal lobe. Once thought to be purely responsible for planning movement, the SMA is now being redefined as one of the key regulators of temporal awareness — the inner clock that governs how long a second feels.

And in recent years, a groundbreaking series of experiments has shown something extraordinary: by modulating the SMA with magnetic or electrical stimulation, scientists can literally make time stretch or compress in the human brain.

⚙️ The Discovery — Time Under the Magnet

In 2022, cognitive neuroscientists used transcranial magnetic stimulation (TMS) and transcranial direct current stimulation (tDCS) on participants’ SMA regions to test how the brain constructs time.

The results were stunning.

When the SMA was excited (neurons firing more rapidly), participants overestimated time intervals — a simple tone lasting half a second felt like one second. When the SMA was inhibited, time seemed to contract — the same tone felt briefer.

🧠 In essence, researchers made time feel elastic — expanding or compressing at will — without changing the external world.

What this proved was that time is not objective inside the brain. It’s a construct, dynamically generated by rhythmic neural activity, especially the beta and gamma oscillations that flow between the SMA, basal ganglia, and cerebellum.

By altering these rhythms, scientists weren’t bending reality — they were bending the perception of it.

⏱️ Your Inner Metronome — A Living Clock

Think of the SMA as your brain’s biological metronome. Every decision, thought, or motion relies on its ability to keep time precisely — not by counting seconds, but by predicting patterns.

When that metronome shifts — through meditation, flow states, or direct stimulation — the “tick” of consciousness changes tempo.

In slower states (like fear or awe), more sensory data is processed per moment, creating the illusion that time stretches. In faster or distracted states, less is processed, and time flies.

This aligns perfectly with Steve Taylor’s TEE model — the idea that expanded awareness increases cognitive sampling rate. The SMA, it turns out, may be the gateway between our sense of time and our sense of self.

🧬 The Implications — Rewriting Temporal Reality

The SMA neuromodulation studies open profound new questions:

Could we therapeutically alter time perception for people with anxiety, trauma, or ADHD — conditions linked to “time distortion”?
Might future brain-computer interfaces let humans slow down subjective time in high-stakes environments, like pilots or surgeons?
And philosophically — if our brains can create elastic time, how much of reality is simply a rhythm tuned by neurons?

What was once mystical now borders on measurable. The SMA is not just a timing device; it’s a portal into temporal consciousness — a neural doorway through which the human mind touches the mystery of existence: time itself.

“The brain doesn’t experience time — it creates it.” — Dr. Mark Wittmann, Time Perception Researcher

💡 The Bridge Between Science and Experience

When meditators describe timeless stillness, or athletes speak of moments that “last forever,” they might be unknowingly describing SMA synchrony — moments when this region harmonizes with sensory and emotional networks to generate expanded awareness.

In this way, ancient introspection and modern neuroscience are converging — two different languages describing the same truth:

🌀 Time is elastic inside consciousness.

🧩 Just as mathematicians wrestled with a puzzle for 350 years, the brain wrestles with the enigma of time itself. Explore the long mystery in “The Puzzle That Took Mathematicians 350 Years to Solve”.

EEG in VR — Measuring Time Dilation in Real Time

For centuries, philosophers and mystics could only describe altered states of time — moments of expansion, suspension, or collapse — through personal testimony. But today, thanks to EEG (electroencephalography) and virtual reality (VR), scientists can finally watch time perception unfold inside the brain in real time.

This union of neuroscience and immersive technology has opened a new frontier: not just observing the illusion of time, but measuring it as it happens.

🧩 The Experiment — Bending Reality on Command

Imagine standing in a VR environment where the sky changes color slowly, clocks melt like Dali’s dreams, and your heartbeat echoes through the landscape.

Now, as you raise your hand, you see it move either in slow motion or fast-forward — yet you’re controlling nothing but your own perception.

That’s precisely what researchers at universities in Germany, Japan, and the UK have been doing. By equipping participants with EEG headsets inside VR worlds, they’ve been able to record neural oscillations while systematically altering visual time cues.

The results?

Participants reported time dilation (feeling time slow down) when the VR environment introduced surreal motion, low-frequency ambient sounds, or emotionally charged imagery — and their brains confirmed it.

⚡ The Neural Signature of Stretched Time

EEG readings showed that during moments of subjective time expansion:

Theta and gamma waves (linked to attention and awareness) spiked dramatically.
Alpha suppression occurred, signaling deep sensory engagement — a hallmark of flow states.
Activity across the SMA and prefrontal cortex synchronized, matching earlier neuromodulation findings.

In simpler terms, when participants felt that time slowed down, their brains literally shifted frequency, as if tuning to a slower rhythm of consciousness.

🌀 This isn’t metaphorical — it’s measurable. For the first time, researchers could see “expanded time” light up on a screen.

🧬 Virtual Reality — A Controlled Portal to Altered Perception

Virtual reality, in this context, is not just entertainment — it’s a scientific instrument.

It allows precise control over visual flow, auditory pacing, and spatial distortion, all of which tweak the brain’s sense of temporal passage.

When the visual world slows but the body remains still, the brain recalibrates — it starts to overestimate duration, similar to what happens in real life during crisis moments, deep meditation, or psychedelic states.

🧠 EEG makes these shifts visible, while VR provides the stage on which time perception can be manipulated, replayed, and studied.

💡 The Implications — The Science of “Now”

This line of research hints at something profound: that time perception is not linear, but situationally plastic.

If a headset and a few sensory tweaks can make a person experience one second as ten, then our everyday sense of time might be the most flexible illusion we live in.

Such findings could redefine therapies for disorders of time — from trauma (where moments stretch endlessly) to ADHD (where time slips too fast).

They might even help design VR-based mindfulness tools that teach people to slow down the moment at will.

“Time is not a flow you travel through. It’s a rhythm you generate.” — Dr. Marc Wittmann, Felt Time

🧘 Beyond the Lab — Conscious Engineering

Some futurists now talk about “conscious engineering” — the idea that humans could train or technologically augment their own perception of time.

EEG-in-VR systems are the first step: real-time neural feedback showing when your brain is in a stretched now.

Imagine an app that visually responds when you enter a deep focus state, or that teaches you to hold a second longer — literally making life feel richer, fuller, and slower.

What was once a mystical experience may soon become a skill.

Linking TEEs to Brain States — Hypothesis & Patterns

What if the feeling of timelessness — that eerie, expansive stillness described by mystics, artists, and trauma survivors alike — isn’t just poetic, but neurologically predictable?

That’s the question researchers are now daring to explore. For decades, “Temporal Expansion Experiences” (TEEs) were treated as subjective anecdotes — strange, unmeasurable flashes in consciousness. But with modern neuroimaging, EEG, and stimulation studies, a unifying pattern has begun to emerge:

🧠 Altered time perception is a distinct brain state, not just an illusion.

⏳ The Hypothesis — When the Brain “Slows Its Clock”

According to Dr. Steve Taylor (Leeds Beckett University) and other consciousness researchers, TEEs occur when the brain’s usual timekeeping networks — particularly the supplementary motor area (SMA) and the insula — shift frequency.

Think of your mind as a metronome. Under normal circumstances, it ticks steadily — processing information, motion, and thought at predictable intervals.

But under certain conditions — awe, danger, deep meditation, psychedelics, or emotional shock — this metronome falters.

Instead of speeding up, it spreads out.

Time doesn’t race; it stretches.

During these moments:

Gamma oscillations (fast brain waves) become desynchronized, allowing for broader, more diffuse awareness.
Theta and delta activity rise — waves associated with dream, trance, and high integration states.
The prefrontal cortex temporarily quiets down, leading to a suspension of the “self-monitor” that keeps time flowing linearly.

The result is a brain operating at two speeds at once — perceiving more per second, but feeling fewer seconds pass.

It’s not just an altered perception; it’s a reconfiguration of temporal resolution in consciousness.

🔬 From Mysticism to Measurement

For centuries, monks, yogis, and mystics described TEEs as entering the “eternal now.” What’s remarkable is how their language matches modern EEG findings almost exactly:

“The moment expands, as though I could fit a lifetime inside a breath.” — Anonymous TEE subject, 2017 field study

“All sense of movement stopped — yet I was more alive than ever.” — Steve Taylor, The Leap (2017)

In lab conditions, when participants enter deeply focused or awe-filled states, scientists observe slowed beta rhythms, heightened synchrony across hemispheres, and transient coherence spikes — brief bursts of unified activity across the brain.

It’s as if the brain stops multitasking and, for a moment, fires as one.

🧬 A Cognitive Theory of “Timelessness”

Researchers now suspect TEEs emerge from the collapse of predictive coding — the brain’s constant effort to forecast what comes next.

When something truly novel or overwhelming happens (a breathtaking sunset, an accident, or profound meditation), prediction fails.

The mind, stripped of its normal flow of “what’s next,” locks into pure presence — and time perception breaks down.

In this state:

Memory encoding slows.
The internal “tick rate” of awareness expands.
The subjective density of experience per moment increases — giving the feeling of time slowing or stopping.

From a neural perspective, timelessness isn’t the absence of time — it’s maximum presence.

⚙️ Pattern Recognition Across Contexts

Here’s what links all forms of time dilation:

Awe or Beauty

The brain shows more synchronized activity in theta and gamma waves.
You feel deeply present, and time seems to slow down.

Trauma or Shock

The emotional (limbic) parts of the brain become overactive, while memory processing slows.
Time feels stretched out, and your mind focuses on survival.

Meditation or Flow

The front part of the brain (prefrontal cortex) becomes quieter, while brain activity becomes more balanced and connected.
You experience a sense of timelessness and effortless awareness.

Psychedelics

Normal filtering in the brain (thalamic gating) is disrupted, and rhythm patterns in movement and awareness areas change.
Time feels expanded, non-linear, or distorted.

Across these contexts, the SMA-insula network acts like a bridge — tuning between the body’s rhythm and the mind’s perception of “now.”

The discovery that this pattern repeats across disciplines — psychology, neurology, philosophy — hints at a universal mechanism behind how we construct time.

💭 Why This Matters

Understanding TEEs might help solve deeper mysteries:

Why trauma survivors relive seconds as hours.
Why artists and athletes enter “flow states” of timeless concentration.
Why mystics speak of eternity within a moment.

Time, it seems, is not something we pass through — it’s something we generate, moment by moment.

And when the system shifts, the illusion wavers, letting us glimpse what consciousness feels like without the tick of the clock.

🔍 The mind is a master of paradoxes — just as it bends time, it questions its own identity. See how this plays out in “The Ship of Theseus: Can Identity Survive Change?”

Ethical & Experiential Implications — Can We Induce TEEs?

Humanity has always wanted to master time.

From the invention of the hourglass to atomic clocks, our obsession hasn’t just been to measure time — it’s been to control it.

And now, with science inching closer to understanding Temporal Expansion Experiences (TEEs), the question arises:

Can we ethically — and safely — induce timelessness?

⚗️ From Meditation to Machines: The Modern Alchemy of Time

It turns out we already can, in limited ways.

TEEs emerge naturally in deep meditation, lucid dreaming, sensory deprivation, psychedelic experiences, or flow states.

But recent experiments suggest we may soon engineer them.

Neurotechnology startups and research labs have begun exploring:

tDCS & TMS (transcranial stimulation) to modulate the supplementary motor area (SMA) — the brain’s temporal “pacemaker.”
VR immersion designed to distort feedback loops and slow internal time perception.
Biofeedback and EEG neurogaming, where participants learn to tune their brain rhythms into time-slowing states.

Imagine donning a lightweight headset and — within minutes — slipping into that serene, spacious awareness monks cultivate over decades.

Sounds like sci-fi?

So did lucid dreaming before EEG verification in the 1980s.

🧩 The Ethical Dilemma — Should We Bend Time on Purpose?

Inducing TEEs opens breathtaking possibilities:

✅ Relief from anxiety and trauma.

✅ Deeper creativity and focus.

✅ Expanded awareness and empathy.

But it also opens Pandora’s box.

If consciousness can be stretched, how far before it tears?

The brain’s perception of time is tightly linked to identity. The “I” you feel moment by moment exists because the brain stitches those moments together.

Artificially slowing or suspending that stitching might offer peace — or profound confusion.

⚠️ Ethical concerns scientists are already debating:

Could induced TEEs cause dissociation or memory instability?
Should such states be accessible for recreation, or only therapy and research?
Who owns the right to manipulate consciousness — individuals or corporations?

“The danger isn’t in losing time — it’s in losing our sense of self within it.” — CogniVane Research Notes

🌌 Experiencing Without Exploiting

Taylor and others argue that TEEs should be treated as sacred cognitive events, not as tools for escapism.

They’re windows into how the brain builds time — not shortcuts to enlightenment.

Instead of mechanical induction, the emphasis might better rest on cultivating conditions where TEEs arise naturally:

🧘 Mindfulness and meditation.

🎨 Immersive creative work.

🏃 Flow-inducing activities (running, music, design, coding).

🌄 Moments of awe — nature, art, silence.

In these states, time naturally dissolves because we stop resisting it.

⚖️ Between Science and Spirit

If technology one day allows us to “dial in” time dilation safely, we’ll need not just neuroscientists — but ethicists, philosophers, and spiritual teachers at the table.

Because TEEs blur more than seconds; they blur the line between what the brain does and what the self is.

Maybe the final question isn’t “Can we induce timelessness?”

but

“Should we — or should we remember how to let it happen on its own?”

💭 Key Takeaway

The frontier of TEEs challenges both science and spirituality:

Science asks how to replicate them.
Philosophy asks whether replication changes their meaning.
Consciousness itself may be the bridge — the timeless observer behind every clock.

How This Changes Our Understanding of Consciousness & Memory

For centuries, philosophers and scientists have chased the same question in different languages:

What is consciousness made of — and how does it remember time?

Now, through the lens of Temporal Expansion Experiences (TEEs), we’re beginning to see consciousness not as a thing — but as a process in motion, continuously weaving moments into meaning.

And when time stretches or slows inside that process, it exposes the threads holding the self together.

🧠 Consciousness as a Timeline — Not a Place

Most people imagine consciousness as a glowing “bubble” inside the head — a space where experiences happen.

But neuroscience increasingly suggests it’s more like a narrative stream, a continuous story we keep telling ourselves to make sense of change.

🧩 TEEs disrupt that story.

When time perception breaks open — during awe, near-death experiences, deep flow, or induced brain states — the brain stops updating its “clock ticks.”

Without those ticks, we stop feeling the passage of time — and consciousness becomes pure presence.

It’s not that time stops existing — it’s that the storyteller pauses to listen.

This gives researchers a new hypothesis:

Consciousness may arise not from perceiving time, but from predicting it — a constant forecast of “what happens next.”

When TEEs occur, that predictive rhythm loosens. And in that loosened gap, we glimpse awareness without narrative — the raw fabric of being.

🧬 Memory Without Time

Here’s the paradox: people who experience strong TEEs often report vivid memories of timelessness.

How can we remember something that, by definition, felt infinite?

The answer lies in how memory encodes changes, not durations.

🧩 During a TEE, there’s minimal change — yet the transition into and out of it leaves a powerful neurological “imprint.”

The brain flags that shift as exceptional, embedding it as a marker event.

That’s why such experiences — from monks’ samadhi states to astronauts’ “overview effect” — remain emotionally and spiritually unforgettable.

They expand the space around memory, not its length.

“When the brain loses time, the soul remembers differently.” — Laura Morini, Cognitive Essays on Temporal Awareness

💡 Implications for Neuroscience and Therapy

These discoveries could reshape how we view consciousness and mental health:

🧘 Trauma therapy: Controlled TEEs may help patients “step outside” the narrative of their trauma, re-anchoring memory safely.
🧩 Alzheimer’s & dementia: Understanding temporal binding may reveal why disoriented time perception accelerates memory decay.
🕰️ AI consciousness research: Simulated TEEs could help models develop temporal coherence — a primitive form of awareness.

If the mind can momentarily suspend time and still be aware, it implies consciousness isn’t bound to temporal flow at all — but can observe it from outside.

That might sound mystical, but neuroscience is inching closer to admitting what mystics have said for millennia:

“You are not inside time. Time is inside you.”

🧭 A New Framework: Consciousness as a Time Field

Imagine time not as a line, but as a field, and consciousness as the ripple that moves through it.

Each thought, each perception, each heartbeat — a wave of awareness shaping and reshaping the present.

In TEEs, that ripple slows, sometimes enough to let the brain notice itself creating the experience of time.

That self-observation could be the most profound clue we’ve ever had about what consciousness truly is.

✨ In Short

Temporal Expansion Experiences don’t just challenge how we feel time —

they challenge what we are when time disappears.

They suggest consciousness may not emerge from the brain,

but rather that the brain tunes into a timeless dimension already present —

like a radio catching fleeting frequencies of infinity.

Conclusion — The Future of Time Perception

“Time is not just what clocks measure — it’s what consciousness creates.” — Laura Morini, CogniVane Essays on Mind & Reality

For as long as humans have wondered who we are, we’ve also wondered what time is.

From sundials carved into stone to quantum models of spacetime, we’ve chased the invisible thread connecting experience, memory, and meaning.

But today — in labs using EEG, fMRI, and virtual reality — that ancient chase is taking a scientific turn.

We’re not just measuring time anymore; we’re beginning to map how the mind bends it.

🧠 Beyond the Clock — Toward a Cognitive Chronology

The more we understand Temporal Expansion Experiences (TEEs), the clearer it becomes:

the brain doesn’t simply perceive time — it constructs it.

That means time may not be a fixed stream outside us, but a mental architecture, shaped by:

⚡ Neural oscillations — the brain’s rhythmic loops that sync perception with real-world events.
🌫️ Attention and emotion — how focus or fear stretch and compress our sense of duration.
🧩 Predictive coding — the mind’s constant effort to anticipate what comes next.

When those systems falter, we get distortions — seconds that last minutes, or minutes that vanish.

But when they expand, we glimpse something far more profound: awareness untethered from time’s linear script.

🌍 The Next Frontier — Tech and Time

Modern science is now moving from observing TEEs to engineering them.

Researchers are using neurofeedback, VR immersion, and transcranial stimulation to modulate time perception intentionally — helping patients slow panic, enhance focus, or even recover memory.

Imagine future therapies where:

🧘 You “stretch” a stressful moment to regain clarity.
🎮 Gamers enter zones of heightened awareness where milliseconds feel infinite.
🕰️ Alzheimer’s patients re-anchor themselves through restored temporal rhythm.

It’s no longer just neuroscience.

It’s chrono-engineering — the art of fine-tuning the mind’s clock.

🔮 Philosophical Ripples — If Time Is Malleable, What Is Real?

If the brain can bend time, then what we call “reality” might be more fluid than we ever imagined.

Could consciousness itself be a field of probabilities, collapsing into moments we choose to notice?

Some scientists already whisper about “temporal subjectivity” — the idea that each consciousness experiences its own unique flow of time.

It could explain why near-death experiences feel eternal, why childhood summers seemed endless, and why adulthood races by like a blur.

The future of studying time perception may ultimately lead us not just to better brain models,

but to a deeper understanding of what it means to exist inside a story that never stops changing.

🧭 A Glimpse Beyond the Horizon

In the coming decades, the fusion of AI, neuroscience, and philosophy may finally bridge two ancient questions:

What is consciousness?
And how does it move through time?

If we ever decode the neural rhythm that creates time’s illusion,

we may realize that consciousness has always existed outside of it —

only stepping inside for the sake of experience.

And that might be humanity’s greatest discovery:

not how to measure time, but how to transcend it.

💫 Final Thought

As we advance into an age of brain-computer interfaces, lucid VR, and cognitive mapping,

the study of time perception could become the key to unlocking new realms of creativity, healing, and awareness.

Because in the end, understanding time isn’t about clocks or equations —

it’s about understanding ourselves.

“Perhaps we do not live in time. Time lives in us — unfolding moment by moment, each heartbeat a doorway to eternity.” — Laura Morini

⏳ If moments can expand, perhaps infinity itself isn’t what it seems. Dive deeper into abstract reality in “Why Infinity Comes in Different Sizes.”.

About the Author — Laura Morini

Laura Morini is a passionate writer, researcher, and lifelong explorer of history, science, and the curious corners of human knowledge. With a background in history and science communication, she blends rigorous research with a gift for storytelling — turning complex ideas into vivid, engaging narratives for readers of all ages.

Over the years, Laura has delved into forgotten libraries, bizarre historical events, mind-bending puzzles, and the hidden wonders of science — uncovering stories that challenge assumptions and ignite curiosity. Her work on CogniVane reflects a deep commitment to accuracy, originality, and thoughtful analysis, bringing even the strangest tales of history and science to life.

When she isn’t writing, Laura enjoys exploring archives, experimenting with creative thought experiments, and connecting ideas across disciplines — always searching for the hidden patterns that make the world endlessly fascinating.

Connect with Laura: Subscribe to the CogniVane Newsletter to stay updated on the latest explorations of history, science, and the beautifully strange sides of human curiosity.