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Miriam Klopotek

2 articles · 5 co-authors · latest: 2026-07-31
26 citations · h-index 3 · 7 papersData: Semantic Scholar
Max Weinmann · Patrick Egenlauf · Hannes A. Kröninger · Arnulf Kung · Mario U. Gaimann

We have retold 2 papers by this author. 2 of them with a full read. most often about: neural networks, self-supervised learning, Recurrent Neural Networks. 5 co-authors across our retellings.

emergent complexity modeling · action · agent · ai self correction · autoencoder · classifier · computation · computational fluid dynamics · computational power · dataset · Dynamical Systems · effective temperature · efficiency · energy consumption · energy efficiency · enthalpy · entropic gravity · entropy · generalization · information theory
second law of thermodynamics · Bekenstein-Hawking entropy · Boltzmann distribution · first law of thermodynamics · AdS/CFT correspondence · holographic principle · fluctuation-dissipation theorem · law of conservation of energy · zeroth law of thermodynamics · third law of thermodynamics · Landauer's principle · Lindblad equation · Carnot's theorem · Hawking area theorem · Fokker–Planck equation · Boltzmann equation · equipartition theorem · principle of maximum entropy · ergodic theorem · Liouville's theorem
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Machine Learning2026-07-113 minarXiv:2607.10285
Excavations of Reality: Two Modes of Neural Network Learning via the Ising Model
Machine learning has long ceased to be just a tool — it is becoming an investigator, independently fishing out the laws of nature from data. But how does a silicon mind come to understand?
Max Weinmann·Miriam Klopotek
Boltzmann distributionsecond law of thermodynamicsJohann Jakob BalmerHans BetheRainer Weissneural networksself-supervised learningRecurrent Neural NetworksMachine LearningWeakly Supervised Learning
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Statistical Mech2026-07-312 minarXiv:2607.29434
Entropy as a computer's compass
Picture a swarm of 200 particles that keep jostling, aligning their velocities, and pushing toward a common goal. This swarm isn't just darting around in space: it's learning to predict chaos. An external signal, something like the unpredictable behavior of weather, is fed in through a single driver particle, and the rest have to guess where it will move next.
Patrick Egenlauf·Hannes A. Kröninger·Arnulf Kung·Mario U. Gaimann·Miriam Klopotek
entropy
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