Mykola Iabluchanskyi

There comes a moment in the life of many clinicians when fatigue no longer feels like fatigue. It becomes irritation. Then distance. Then a hardening of the voice. A patient begins to speak, and instead of attention, the doctor feels resistance. Another complaint, another demand, another endless explanation, another emotional storm to absorb. The profession that once felt meaningful begins to feel like a siege. This is dangerous not only for doctors, but for patients, teams, and institutions. We speak often about burnout as if it were only exhaustion. It is not. Burnout is also the erosion of emotional flexibility . It is the loss of inner space between what comes toward us and how we respond. When that space collapses, every difficult patient feels like a personal attack, every complaint feels unfair, every correction from leadership feels humiliating, and every working day becomes a test of survival. What, then, can a clinician do when patience is no longer natural? One answer may s...

Artificial intelligence is not simply changing education; it is dissolving the old structure on which education was built. For generations, learning was organized around institutions, credentials , and the assumption that students would spend years preparing before entering “real life.” We believe that this model is now breaking down. In its place, a more fluid and global learning environment is emerging, where intelligence is no longer stored mainly inside schools and universities but is woven into daily life. This shift creates new opportunities, but it also creates real danger. Our concern is not only that AI can do more and more tasks for students and teachers. It is that people may begin to give away the hard inner work of thinking itself. When polished answers come instantly, it becomes easier to skip struggle, reflection, doubt, and discovery. Over time, that can weaken the very human capacities education is supposed to develop. This is why we describe the present moment as a c...

Every human life begins with an unanswered question: why is there a world that appears to me at all? Before we learn any scientific language, before we acquire theories of matter or mind, we wake into lived experience — color, warmth, sound, presence. Whatever the universe may be in itself, we only ever encounter it as something that shows up for a conscious subject. This is not a philosophical curiosity. It is the most immediate fact of existence. Yet the culture we have inherited tells a very different story. For most of modern history, we have been taught to inhabit a disenchanted cosmos: a vast, silent machine of dead matter governed by cold equations, in which consciousness is a freak accident — a brief flicker of light in a human brain produced by evolutionary luck. In this story, mind is our private invention, intelligence begins with us, and the universe beyond us is fundamentally mindless. This is the myth of Human Centrality , and it has shaped science, technology, and ethics...

When was the last time you made a decision and felt, with quiet certainty, “this is exactly how it needed to be”? Not just squeezing through under pressure, not choosing “let’s hope it somehow works out,” but experiencing a calm, grounded sense of rightness. If we look closely at such moments, the pattern repeats: you more or less understood what was happening, you saw a meaningful goal, you had at least minimal resources, you could count on honest feedback, and, most importantly, the decision felt truly yours, not imposed from outside. We call these conditions the five axes of decision ecology . When they are relatively healthy, even in catastrophic circumstances we retain the ability to choose in ways that do not destroy ourselves or those around us. When they are poisoned by distorted information, fear, or lack of support, we begin to suffer and act in ways we later do not recognize as our own. The Principle of Optimality lives inside this ecology: it describes how, under whatever...

Geoffrey Hinton has become one of the most important voices warning about the risks of artificial intelligence. His central concern is not sci‑fi robots wiping out humanity, but something much more subtle: AI systems that quietly shape what we see, what we choose, and what we believe—until human freedom fades without a clear moment of “attack.” In his view, the real danger is invisible steering rather than open domination. The book Natural Intelligence : The Recursive Evolution of Mind Through Substrates looks at the same situation from a deeper, more physical angle. It introduces Recursive Substrate Intelligence (RSI), a framework that treats intelligence as a universal natural process rather than a human invention. In RSI, intelligence appears wherever matter becomes complex and stable enough to build models, learn from feedback, and act with some form of agency. Neurons, computer chips, and future quantum systems are all different substrates for the same underlying phenomenon. ...

We have a complicated relationship with limits. In everyday thinking, a limit is a wall — something that blocks, diminishes, denies. But in biology, a limit is closer to a frame. And a frame, unlike a wall, is what makes a picture possible at all. This distinction matters enormously when we talk about human lifespan — because we have been misreading the frame for a long time, in both directions. --- The longest well-documented human life on record belonged to Jeanne Calment , a French woman who died in 1997 at 122 years and 164 days. Her age was verified by official documents, witness accounts, and gerontological review. It remains the most robustly confirmed case of extreme human longevity we have. That number does something useful: it separates genuine biological potential from fantasy. It tells us what the human organism can do under exceptionally favorable conditions — not what it promises to everyone, but what it is capable of at all. It also draws a quiet but firm line betwe...

For the Patient You get up from the couch, and suddenly the room spins. Your vision darkens at the edges. You grab the nearest wall and wait for it to pass. If this sounds familiar, you may be experiencing orthostatic hypotension (OAH) — a condition far more common than most people realize, and one with a clear explanation. What Is It? Orthostatic hypotension means your blood pressure drops significantly the moment you stand up. Medically, it is defined as a fall of at least 20 mmHg in your top blood pressure number, or 10 mmHg in your bottom number, within three minutes of standing. That brief drop reduces blood flow to your brain — causing dizziness, blurred vision, weakness, or that unsettling "going to faint" feeling. What Should Normally Happen? When you stand, gravity pulls blood downward into your legs and abdomen. Your heart briefly receives less blood and your pressure dips. Normally, sensors in your arteries detect this instantly and signal your brain to speed up ...