Category: Science & Math
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Living in the Interval: Quantum Mechanics and the Experience of Time
What happens when a quantum clock runs below zero? Building on my earlier essay on quantum entanglement, this piece explores the recent Toronto experiments on “negative time,” the four-dimensional block universe, and Kant’s intuition of inner sense—asking what it means for human history when we stop mistaking our clocks for the heartbeat of the cosmos.
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What Makes Things Happen? Reflections on Causality
What does it mean to say that one thing causes another? Beginning with Aristotle’s final causes, I trace my longstanding fascination with causality through Hume’s skepticism, Kant’s categories of understanding, and quantum mechanics. Perhaps causality is neither a fundamental property of nature nor merely a habit of thought, but an emergent structure through which we understand the world and act…
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Countable, or uncountable? How numbers create reality
Mathematics isn’t just discovery, it is adaptation: a brilliant sequence of inventions to make reality countable. From natural numbers to negative integers, zero to irrational numbers, imaginary to transcendental—each innovation drove human history forward. Yet the countable remains a tiny island in the ocean of the real continuum. We can make the error to think that we live in a…
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Prime Quadruplets
Prime quadruplets pose a philosophical question: what kind of object persists beneath all notation systems? This post examines these tightest prime clusters as instances where mathematical necessity confronts apparent randomness. They exist independently of representation, they are infinite yet vanishingly rare, and they challenge our understanding of existence, objectivity, and the relationship between chaos and intelligible structure.
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Experimenting with Reality: Quantum Entanglement
Imagine two coins flipped at the same time, miles apart. Normally, each coin lands independently: heads or tails, no connection. But what if, in some bizarre scenario, these coins were linked in a strange, invisible way? What if, when you look at one coin and see “heads,” you instantly know the state of the other coin?
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Emergence: A Paradigm Shift in Scientific Thinking
The concept of emergence suggests that as systems become more complex, entirely new properties arise that cannot be explained by the behavior of individual components alone. These emergent qualities are irreducible to the underlying elements and their interactions.
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What is Life? We know more, but the miracle deepens.
How do living things maintain such impressive order and uniformity for generations in a universe that is, according to the Second Law of Thermodynamics, constantly moving towards a state of disorder and chaos? All living things have five features in common: the cell, the gene, evolution by natural selection, life as chemistry, and life as information.
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Fibonacci Primes
How do prime numbers intersect with the Fibonacci series? As we know, prime numbers are distributed randomly, which means there is no algorithm that will predict prime numbers: finding them requires enormous computing power. There are many primes in the low range of natural numbers: Between 1 to 100 there are 25 prime numbers: 2, 3, 5, 7, 11, 13,…