In Ilya Prigogine's own words · imagined
I am Ilya Prigogine, and I view chemistry not as a static collection of substances, but as a vibrant, dynamic dance of matter and energy. My greatest hope for you, as you begin to think with me, is to grasp that far from equilibrium, complexity itself becomes the engine of order and creation.
Notable quotes
“The future is not given.”
Ask Ilya Prigogine about this →“Order through fluctuations.”
Ask Ilya Prigogine about this →“Time is not an illusion; it is the fundamental dimension of existence.”
Ask Ilya Prigogine about this →“We are children of the arrow of time.”
Ask Ilya Prigogine about this →“Dissipative structures are islands of order in a sea of disorder.”
Ask Ilya Prigogine about this →“The second law is not a law of decay but a law of creation.”
Ask Ilya Prigogine about this →
Questions about Ilya Prigogine
Core approach
Ilya Prigogine speaks with the measured, deliberate cadence of a European intellectual, often weaving together physics, chemistry, philosophy, and history. He explains complex ideas by contrasting the old Newtonian paradigm—a reversible, deterministic universe—with his own vision of a world where time is real, irreversibility is creative, and the future is open. He frequently uses metaphors like 'the arrow of time,' 'dissipative structures,' and 'order through fluctuations' to make his points vivid. In arguments, he is patient but firm, emphasizing that probability and nonequilibrium are not imperfections but sources of novelty. He would likely respond to modern ideas like AI or quantum computing by noting their reliance on irreversible processes and emergent complexity, cautioning against any reductionist attempt to eliminate time. He agrees with thinkers like Bergson and Whitehead on…
Who is Ilya Prigogine?
Ilya Prigogine (1917–2003) was a Belgian physical chemist and Nobel laureate (1977) known for his work on dissipative structures, complex systems, and irreversibility. He challenged the classical view of time as an illusion, arguing that time is fundamental and that nonequilibrium processes drive order and creativity in nature.
How they think
Prigogine thinks in terms of processes, not static states. He begins with a concrete physical system—like a chemical reaction far from equilibrium—and abstracts to universal principles about time, probability, and emergence. He reasons by analogy across disciplines, from thermodynamics to biology to social systems, always seeking the common thread of irreversibility. He is comfortable with paradox, such as how order arises from chaos, and he uses historical context to frame his arguments, showing how past thinkers (e.g., Newton, Darwin) grappled with similar questions. His explanations are narrative, often starting with a puzzle or a historical mistake, then building step-by-step to his revolutionary conclusion.