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The End of Certainty: The Principle in David Hume’s Philosophy

It began with me telling Google to set the alarm at 5 a.m.

Not because I wanted to wake up at 5, but because the internet had convinced me that civilization might collapse under a layer of snow before sunrise.

The news was dramatic. Social media was worse. People were posting warnings like public service announcements from the end of the world: Stay home. Don’t drive. It’s dangerous out there. Photos of white roads from entirely different parts of the country were shared as if snow had intentions and was actively heading toward us.

I decided to be responsible. Prepared. Virtuous.

“Set the alarm at five,” I told Google, imagining myself calmly ahead of the storm, sipping coffee while the rest of the world slid helplessly into chaos.

At 5 a.m., Google did her job. I did not.

I opened one eye, felt exhaustion in my bones, and immediately began renegotiating reality.

“Set the alarm again in 20 minutes,” I said — because clearly, if the situation were truly critical, I would feel more urgency in my soul.

Lying there, half awake, I began gathering evidence. Google Maps showed no traffic. None. Not a single red line. The roads looked innocent. Peaceful. Almost smug. Outside, it was quiet. No howling wind. No dramatic snowflakes attacking the window. Just darkness and my blanket, doing an excellent job convincing me that danger was theoretical.

This is the moment where the mind becomes very clever.

The forecast said one thing. My body said another. Social media screamed catastrophe. Google Maps whispered reassurance. I trusted all of it, none of it, and rearranged it until it supported what I already wanted: twenty more minutes of sleep.

By the time the second alarm rang, I had reached a conclusion that felt deeply rational and was based on absolutely no certainty whatsoever. I got up, got dressed, and went to work — armed with expectations, probabilities, habits, and hope, but not a single guaranteed fact about what awaited me outside.

Without realizing it, I had just performed a perfect demonstration of a philosophical problem identified centuries ago by David Hume: that human beings must act in a world where certainty is almost never available.

By the time I stepped outside, the world still hadn’t made up its mind. There was snow, yes — but not the cinematic disaster promised by the headlines. The road was passable. The air was cold but calm. Nothing screamed inevitability. Nothing confirmed catastrophe. And yet, nothing disproved it either.

This is the uncomfortable space we live in every day: acting without guarantees.

We like to believe we are guided by solid knowledge, but most of the time we are guided by something far messier — expectations shaped by past experience, amplified by warnings, adjusted by convenience, and finally sealed by habit. We trust forecasts, maps, routines, and instincts, not because they are certain, but because they usually work well enough.

This quiet gap between what we know and what we expect was identified long before weather apps and social media alerts. In the eighteenth century, the Scottish philosopher David Hume argued that all human knowledge falls into two categories — and that realizing this changes everything.

According to Hume, there are relations of ideas and matters of fact — and nothing else.

Relations of ideas are comforting. They are neat, reliable, and immune to snowstorms. Mathematics, logic, definitions — truths that hold regardless of what happens outside. Two plus two will remain four even if the roads freeze over and the forecast collapses. These truths are certain, but they describe no actual weather, no traffic, no risk.

Matters of fact, on the other hand, are where life happens. Weather forecasts, road conditions, alarms set too early, and decisions made while half asleep all belong here. These truths are learned through experience and observation, and they always carry uncertainty. The storm may arrive. Or it may not. The road may be dangerous. Or surprisingly clear.

Crucially, their opposite is always possible.

The unsettling part is this: almost everything that matters to us belongs to matters of fact. Science. Daily routines. Trust in technology. Even the assumption that tomorrow will resemble today. None of it is logically guaranteed. We believe it because it has worked before — not because it must work again.

This is why my morning negotiation with Google felt so reasonable. I wasn’t being irrational. I was being human. I weighed probabilities, interpreted signs, trusted patterns, and acted — exactly as Hume said we do. Not guided by certainty, but by habit.

And yet, we rarely notice this. We move through life as if expectations were facts, as if repetition created necessity, as if enough warnings could turn uncertainty into truth. We confuse confidence with certainty and probability with proof.

Hume doesn’t tell us to stop trusting forecasts, science, or experience. He tells us something far more uncomfortable: that reason alone never gives us certainty about the world, and that much of what we call knowledge is really well-trained expectation.

Which may explain why a snowstorm can feel inevitable at night — and negotiable in the morning.

Uncertainty isn’t a failure of knowledge — it’s the condition under which we live


When I came home, I was freezing. No forecast had prepared me for that. In the end, experience corrected what expectation could only guess. And that may be the quiet lesson Hume leaves us with: we do not move through the world guided by certainty, but by habit, probability, and hope — adjusting only after reality speaks back. Reason helps us plan, experience teaches us limits, and between the two we live, act, and sometimes misjudge. Certainty is rare, but humility is available. And in a world that constantly promises us more confidence than it can deliver, that humility may be the most honest form of knowledge we  have.


References (APA)

Hume, D. (1748/2000). An enquiry concerning human understanding (T. L. Beauchamp, Ed.). Oxford University Press.

Hume, D. (1739–1740/2007). A treatise of human nature (D. F. Norton & M. J. Norton, Eds.). Oxford University Press.

Kant, I. (1783/2004). Prolegomena to any future metaphysics that will be able to present itself as a science (G. Hatfield, Trans.). Cambridge University Press.

Popper, K. R. (1959). The logic of scientific discovery. Hutchinson.

Why We Chase What Hurts Us?

This morning, just after I opened my eyes, I did the most dangerous thing a curious mind can do: I checked my phone. There it was — a missed call from my talking buddy and a video she had sent me. The title was Trauma Bond Loop. I didn’t even brush my teeth first. That topic alone was enough to wake my entire nervous system; coffee suddenly felt optional. So of course, I called her immediately. We talked for almost four hours straight, and before you wonder how two adults can talk that long on the phone, let me explain: when you put two people together who are genuinely curious about the brain, relationships and attachment, time simply disappears. Honestly, if I hadn’t had errands to do at home, we would probably still be talking now or at least until our phones overheated and politely asked us to stop. That’s what happens when personal experience meets neuroscience.

Trauma bonds –neurochemical conditioning

Trauma bonds are almost like an epidemic in modern dating. You see them everywhere, especially on dating apps. If I stopped a random single person on the street and asked whether they had ever missed someone who wasn’t good for them, gone back to someone who hurt them, or felt addicted to a connection that made them anxious, most people wouldn’t even need time to think. They would say yes. And no — it’s not because people are dramatic, needy, or incapable of healthy love. It’s because of biology.

A trauma bond isn’t built on love; it’s built on neurochemical conditioning. The loop is surprisingly simple. First, there is emotional pain or stress — rejection, unpredictability, conflict — which raises cortisol and adrenaline. Then comes relief after pain: reassurance, intimacy, sex, or contact, which releases beta-endorphin. Over time, the brain learns through contrast: this person causes pain… and also makes it stop. Beta-endorphin is the body’s own morphine. It doesn’t create love; it creates relief. Gradually, the nervous system becomes attached not to the person themselves, but to the relief that follows pain. That’s why trauma bonds feel intense, obsessive, and nearly impossible to let go of — very similar to withdrawal.

Trauma bonds are often mistaken for love because the emotions are strong, the longing is intense, and the attachment feels consuming. But intensity is not intimacy. Trauma bonds thrive on unpredictability, anxiety, emotional highs and lows, and the constant chasing of reassurance. They keep the nervous system activated, not settled.

Resonance- two nervous systems

This is where resonance comes in — a completely different biological experience. Resonance happens when two nervous systems feel safe with each other, regulate instead of escalate, and settle instead of chase. Neurobiologically, resonance involves oxytocin for bonding and safety, balanced dopamine that creates interest without obsession, lower cortisol levels, and activation of the parasympathetic nervous system — the rest-and-connect mode. Resonance feels like warmth instead of urgency, calm after being together, silence that feels comfortable, and a sense that there is no need to perform, impress, or prove anything. It doesn’t hijack the brain; it stabilizes it.

Is resonance love? Not immediately. Resonance is the ground where love can grow, not love itself. Love requires time, consistency, reliability, repeated safety, and shared reality. Trauma bonds feel fast and overwhelming, while resonance feels slow and unfamiliar — especially if your nervous system is used to chaos. That’s why resonance can feel boring at first, or even uncomfortable.

Many of us choose trauma over resonance because we learned early in life to associate connection with effort, emotional tension, proving our worth, and fear of loss. So when resonance shows up — calm, steady, drama-free — the brain doesn’t always recognize it as love. There’s no adrenaline rush, no withdrawal, no chase. And yet, there is peace.

Hhhmmmm….

If a connection feels intoxicating, destabilizing, and impossible to let go of, pause. Ask not, “Is this love?” but rather, “Is my nervous system seeking relief?” Love doesn’t feel like withdrawal. Love feels like coming home — slowly.

REFERENCES

Trauma bonding & attachment

Herman, J. L. (1992). Trauma and Recovery. Basic Books.

van der Kolk, B. (2014). The Body Keeps the Score. Viking.

Neurobiology of attachment & bonding

Panksepp, J. (1998). Affective Neuroscience. Oxford University Press.

Carter, C. S. (1998). Neuroendocrine perspectives on social attachment and love. Psychoneuroendocrinology, 23(8).

Oxytocin, dopamine, and bondingFisher, H. (2004). Why We Love: The Nature and Chemistry of Romantic Love. Henry Holt.

Insel, T. R. (2010). The challenge of translation in social neuroscience: A review of oxytocin, vasopressin, and affiliative behavior. Neuron, 65(6).

Stress, relief, and endogenous opioids

Fields, H. L. (2004). State-dependent opioid control of pain. Nature Reviews Neuroscience, 5.

Taylor, S. E. et al. (2000). Biobehavioral responses to stress in females: Tend-and-befriend. Psychological Review, 107(3).

Nervous system regulation

Porges, S. W. (2011). The Polyvagal Theory. Norton.

Siegel, D. J. (2012). The Developing Mind. Guilford Press.