The rebellion of order: Why your existence is a defiance of cosmic law
Reading | Philosophy of Science
Shreya Ishita, MFin, BSc | 2026-04-24
Ishita argues that life, which in a sense can be regarded as a local “violation” of the second law of thermodynamics—the universal tendency towards disorder—, betrays the presence of a universal “prime directive” towards conscious self-knowledge. In elaborating on her argument, she brings together the ideas of Thomas Campbell, Donald Hoffman and Federico Faggin, in a way that highlights their surprising complementarity. In Ishita’s view, the second law of thermodynamics is merely the necessary background that delineates the foreground of self awareness.
Consider the most fundamental, melancholic law of nature: the Second Law of Thermodynamics. It states that entropy—a measure of disorder—must always increase. Left to its own devices, matter will inevitably drift toward chaos, eventually dissolving into the nothingness of total equilibrium. A star will burn out; a mountain will erode into dust; a hot cup of coffee will settle into a lukewarm disappointment. The destiny of matter is disorder.
But against this backdrop of inevitable decay, there exists a quiet miracle: You.
Life, even in its most rudimentary forms, represents a defiance of this fundamental law. A living thing is a localized pocket of stubborn order, existing despite the cosmic trend. In a universe rushing toward heat death, you are a staggering act of “keeping it together.”
This raises one of the profoundest mysteries of our existence: Why life? What is this mysterious force that swims upstream against the current of physics to form complexity out of chaos?
The standard materialist explanation—that life is merely a happy accident of complex chemistry—struggles to satisfy the depth of this mystery. Matter, on its own, seeks only rest and disorder. For it to climb the ladder of complexity, necessary to manifest consciousness, it requires something else: a force, a will, a goal that counterbalances entropy.
What is this force? And why is it here?
The cosmic balance sheet
When we confront the materialist paradigm with this paradox of life versus entropy, the standard response is one of cosmic accounting.
Physicists correctly point out that the Second Law of Thermodynamics applies to a closed system. Life obeys this rule because it pays for its internal order by exporting disorder to its environment. The sun burns fuel to feed the plant; you consume the plant to fuel your mind. The entropy of the solar system goes up so that yours can go down. The equation balances out; the law is satisfied.
But while this explains the how, it remains loudly silent on the why.
Why this will towards organized complexity locally, when the backdrop is chaos globally? Why this relentless goal-directedness towards order, when matter is destined to disorder? Materialism can explain the thermodynamics of a beating heart, but it cannot explain the anomalous will to live. It describes the mechanism, but ignores the motivation.
The prime directive
What if we have the picture upside down? What if order isn’t an accidental byproduct of a dead universe, but the very point of a living one?
Physicist and consciousness researcher Thomas Campbell proposes a radical inversion: Consciousness is fundamental. The universe isn’t a collection of dead matter trying to wake up; it is a conscious system trying to evolve. And in this context, “evolution” has a precise definition: the lowering of entropy.
To know something is to move from uncertainty (high entropy) to meaning (low entropy). Consider this: What if Life is not a chemical accident, but the physical manifestation of this prime directive? What if we are not fighting the Second Law of Thermodynamics, but playing a game where that law provides the necessary friction?
Without the natural tendency toward decay, disorder, and death, there would be no stakes. And without stakes, there is no learning. We are here to exercise the muscle of consciousness against the resistance of entropy.
The virtual arena
If life is a game of lowering entropy, where is it being played?
Cognitive scientist Donald Hoffman provides a rigorous answer rooted in evolutionary game theory. In his “Interface Theory of Perception,” he argues that space, time, and matter are not objective realities. They are a user interface.
Think of the icons on your computer desktop. A blue folder icon isn’t actually a blue folder; it is a graphical representation of complex code hidden on a hard drive. The icon hides the messy reality so that you can perform a task. Hoffman suggests that spacetime is our desktop. Physical objects—brains, stars, neurons—are the icons we use to interact with other conscious agents.
This elegantly resolves the conflict between Physics and Purpose. The “Prime Directive” (lowering entropy) is the goal of the base reality of consciousness. The Second Law of Thermodynamics is simply a rule of the rendering engine: the constraints of the arena designed to force us to make choices and learn from them.
The mechanism of choice
We have the game (Evolution), the directive (Lower Entropy), and the arena (Spacetime). But how do we, as conscious agents, actually make a move?
A materialist view holds that free will is an illusion; our choices are the algorithmic outputs of neurochemistry. But physicist Federico Faggin, the inventor of the microprocessor, alongside theorist Giacomo D’Ariano, offers a model that restores agency to the center of the picture.
In their work on Quantum Information Panpsychism, they suggest that quantum theory—a world of pure potentials and probabilities—is the mathematical description of our inner, subjective experience.
How does this inner self interact with the physical world? By collapsing the wave function.
In quantum mechanics, a system exists in a cloud of probabilities until it is observed/measured, at which point it snaps into a single, definitive state. Faggin argues that this “collapse” is a moment of free will. Since quantum states are inherently indeterministic (you cannot algorithmically predict the collapse), this action is truly free.
When you use free will to choose kindness over apathy, or insight over confusion, you are collapsing the quantum potential of the universe into a single, orderly history. You are writing the code of reality in real-time.
The unreasonable effectiveness of being you
This hypothesis offers a resolution to the modern crisis of meaning. You are not a biological machine in a purposeless universe. You are an agent of order and meaning, in an inherently purposeful universe.
In my work at the forefront of enterprise AI deployment, I see machines that can process data but cannot generate meaning. They operate on syntax, not semantics. But you—you are a meaning-generator. You take the raw, chaotic data of the physical world and collapse it into the organized, meaningful experience of “Being.”
Every time you decode a complex truth, forge a meaningful connection, or create something of value, you are fulfilling the universe’s prime directive. You are lowering the entropy of the system.
We are local forms of order that the laws of physics say shouldn’t exist—and yet, here we are, doing the work. Perhaps the most incomprehensible thing about the universe is not just that it is comprehensible, but that it seems to be actively creating beings capable of comprehending it.
Endnotes
- Campbell, T. (2007). My Big TOE: A Trilogy Unifying Philosophy, Physics, and Metaphysics. Lightning Strike Books.
- D’Ariano, G. M., & Faggin, F. (2020). “Hard Problem and Free Will: an Information-Theoretical Approach.” arXiv preprint arXiv:2012.06580.
- Hoffman, D. (2019). The Case Against Reality: How Evolution Hid the Truth from Our Eyes. W. W. Norton & Company.
- Schrödinger, E. (1944). What Is Life? The Physical Aspect of the Living Cell. Cambridge University Press.
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