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Digital October Events Центр развития науки, технологий и инновационного предпринимательства

DOC 118After an amputation or severe injury people continue to feel pain, itching, tingling in the lost parts of the bod...
29/08/2025

DOC 118

After an amputation or severe injury people continue to feel pain, itching, tingling in the lost parts of the body. Sometimes even stronger than when they were real.

Neurons don’t know the limb is gone. For the brain it still exists, and it keeps maintaining its sensations. What if it is a proof that the body is more than just a physical shell? Perhaps phantom pain reminds us that we are made not only of flesh, but also of the memory of sensations.

Can lost things ever be considered truly gone? If phantom pain is real then what are the other imaginary things which we underestimate?

DOC 634You look at a word you have been writing for hundreds of times — and suddenly start questioning if it really exis...
28/08/2025

DOC 634

You look at a word you have been writing for hundreds of times — and suddenly start questioning if it really exists. You walk down a familiar street and then feel lost as if you were in a new city.

Jamais vu is a phenomenon in cognitive psychology which is the opposite of deja vu. The brain stops recognizing familiar things as if the perception is being rebooted. For example, in an experiment by professor Chris Moulin people repeatedly wrote a familiar word until it began to seem strange to them. It is believed that jamais vu is associated with a temporary glitch in memory and recognition processes, when familiar cognitive patterns are not activated properly.

What makes the brain stop recognizing the familiar things?

DOC 770In childhood summer seemed to last longer than it does now. Why has time speeded up with age and why do days disa...
22/08/2025

DOC 770

In childhood summer seemed to last longer than it does now. Why has time speeded up with age and why do days disappear just as they begin?

Neuroscience finds the answer in the architecture of memory. For the brain time isn’t about clocks and calendars — it’s about the density of events. In youth every day overflows with new experiences — the first smell of the sea, a new street, an unfamiliar game. The brain records these moments in detail, stretching them out in perception.

Over the years novelty fades and the perception algorithm becomes optimized. Time stops flowing — it collapses into barely noticeable segments.

To regain the stretchiness of time means hacking this algorithm: seeking what you have never seen before. Perhaps the “long summer” of childhood still exists? It is just waiting for you to start collecting it second by second.

DOC 374You hear a word or notice an object for the first time. After that, it seems to appear everywhere — in conversati...
21/08/2025

DOC 374

You hear a word or notice an object for the first time. After that, it seems to appear everywhere — in conversations, on advertising billboards, in your social media feed.

This isn’t magic, but the way the brain works. Psychologists call it the Baader-Meinhof phenomenon, or the frequency illusion. Once we focus our attention on a new object, the brain starts “highlighting” it in the flow of information. Every repeated encounter strengthens the impression that the object is appearing more often than before.

Should we trust this internal recognition system? Or are we deceived by our own perception while creating "false patterns”

DOC 357Scientists are experimenting with the idea of collective thinking — where multiple brains are connected via neura...
15/08/2025

DOC 357

Scientists are experimenting with the idea of collective thinking — where multiple brains are connected via neural interfaces into a single system.

This is not telepathy but the architecture of a collective mind. Each brain remains itself — yet simultaneously becomes part of something larger. Emotions arise not in one body but in the space between. The collective mind does not dictate or control: it integrates, suggests, and accelerates decision-making.

Can individuality survive in such a system? Or is freedom just an illusion — until you're plugged into the network?

DOC 203We are used to thinking of water as nothing more than a transparent liquid. But what if it is a witness?Scientist...
13/08/2025

DOC 203

We are used to thinking of water as nothing more than a transparent liquid. But what if it is a witness?

Scientists are increasingly discussing the "memory of water" — the ability of its molecules to retain information about what they have come into contact with. In experiments, researchers have observed how the structure of water changes in response to words, music, and emotions. It’s as if water reacts, absorbing not just physical parameters but also the mood of the moment — as though it can listen and remember.

Water becomes a carrier of history and a silent witness to millions of events. So, are we drinking not just a liquid, but someone else’s memories? And could water remember us better than we remember ourselves?

DOC 997Coincidences seem accidental, but our brains are wired differently — they constantly seek connections. You dream ...
08/08/2025

DOC 997

Coincidences seem accidental, but our brains are wired differently — they constantly seek connections. You dream of something and in the morning a similar thing happens. You recall an old song — and suddenly it plays on the radio. When the internal state coincides with the external event, it feels like a sign.

Carl Jung called it synchronicity — meaningful coincidences with no clear reason to which the observer ascribes personal significance. For us, it’s important to link elements, even when there is no real connection between them — that’s biology. Evolution taught us to detect patterns to survive.

What matters more: the fact itself or the meaning we assign to it? Does the world hide a secret code we’re trying to decipher through coincidences?

DOC 634We perceive ourselves as something whole, but the brain is an architect of scenarios.Neurophysiologists claim: wh...
05/08/2025

DOC 634

We perceive ourselves as something whole, but the brain is an architect of scenarios.

Neurophysiologists claim: when we imagine the future, we launch internal simulations. We mentally live out not one, but dozens of scenarios: "what if…". Each imagined life is a neural trace. It has its own logic, emotions, and reactions. And these alternate "selves" can influence our decisions in the present.

Every choice we make is an agreement to become one version of ourselves and let go of the others. Who decides which version remains? Do we exist outside these scenarios — or only at the moment of choice?

DOC 380Time isn’t a ticking metronome. It’s an elastic fabric — it can stretch or compress.If one twin stays on Earth an...
01/08/2025

DOC 380

Time isn’t a ticking metronome. It’s an elastic fabric — it can stretch or compress.

If one twin stays on Earth and the other travels through space at near light speed, they will no longer move in sync. When they meet again, one will be older — even though they were born at the same moment.

This is the theory of relativity: time is not the same for everyone. It flows differently depending on speed, gravity, and trajectory.
Does this mean we can outrun aging?
Where is the boundary between age by passport — and age by the Universe?

DOC 718A melody is more than just sound. Even after years, we recognize a favorite song — from the very first note. Why?...
30/07/2025

DOC 718

A melody is more than just sound. Even after years, we recognize a favorite song — from the very first note. Why? Because music embeds itself into the nervous tissue. It threads through multiple systems at once: auditory, emotional, motor. We don’t just “remember” — we feel, we move.

Music leaves one of the most persistent traces in memory. Even with Alzheimer’s, when a person forgets the faces of loved ones, they can still recognize a childhood tune.

Today, neuroscience is exploring this phenomenon: can musical fragments be used to restore memories? And if sound can preserve part of who we are — can it also change us?

DOC 513When flesh becomes code and organs turn into assembly parts, the body loses its integrity.3D printers are already...
25/07/2025

DOC 513

When flesh becomes code and organs turn into assembly parts, the body loses its integrity.

3D printers are already producing skin, blood vessels, and organ fragments in clinics and labs. We are no longer waiting for nature to arrange things — we intervene in the body’s architecture.

Printing a human is not science fiction but a matter of time, ethics and engineering precision. If we can assemble a body from fragments, will it still be the same body? What will change in medicine when organs become replaceable, like machine parts? And what does a person become if we can be reprinted?

DOC 489Memory is not an archive but a malleable construct. Every time we recall something, we rewrite it anew. The brain...
23/07/2025

DOC 489

Memory is not an archive but a malleable construct. Every time we recall something, we rewrite it anew. The brain cannot distinguish between the original and the edited version.

In laboratories, they’ve already learned how to implant false memories. Neurostimulation, visual suggestions, event reconstruction — and afterward, the person remembers something that never happened.

Is it possible to create an artificial past — for learning, adaptation, or healing? Where does the person who "was" end, and the person who was "invented" begin? And do we really want to remember things that never happened?

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