Uploaded April 2026 | Updated September 2026, 2 weeks ago
List of topics I want to present in a mathematically palatable language.
Life processes and information systems: from the cell to large language models (LLMs).
Viruses: information storage, transmission, and evolution.
Information warfare, organic poisons, infections, and immune systems.
The central dogma (Crick): principal information flow in the cell; information reduction under protein folding.
Metastability, catalysis, and signaling: signaling in cells, plants, animals, and humans.
Information reduction and energy dissipation in epigenesis / development: the emergence of a chick from an egg.
Information flows in animal nervous systems and the human brain: (broken) symmetries in olfaction, proprioception, somatosensation, vision, and audition.
Modularity of circuitry in cells and in the brain.
Poincaré–Sturtevant stochastic representations of geometry; object-dominated life-related (visual and non-visual) signals vs. stochastic continuity of abiotic signals.
Stochastic generative combinatorics in languages.
Information spaces and Kanerva’s sparse distributed memory (SDM) model.
Artificial neural networks, information geometry, and orthogonal symmetries in LLMs.
A mathematical perspective on learning, knowledge, and understanding.
Mikhail Gromov (IHES)
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Find this and many more scientific videos on carmin.tv - a French video platform for mathematics and their interactions with other sciences offering extra functionalities tailored to meet the needs of the research community.
===
List of topics I want to present in a mathematically palatable language.
Life processes and information systems: from the cell to large language models (LLMs).
Viruses: information storage, transmission, and evolution.
Information warfare, organic poisons, infections, and immune systems.
The central dogma (Crick): principal information flow in the cell; information reduction under protein folding.
Metastability, catalysis, and signaling: signaling in cells, plants, animals, and humans.
Information reduction and energy dissipation in epigenesis / development: the emergence of a chick from an egg.
Information flows in animal nervous systems and the human brain: (broken) symmetries in olfaction, proprioception, somatosensation, vision, and audition.
Modularity of circuitry in cells and in the brain.
Poincaré–Sturtevant stochastic representations of geometry; object-dominated life-related (visual and non-visual) signals vs. stochastic continuity of abiotic signals.
Stochastic generative combinatorics in languages.
Information spaces and Kanerva’s sparse distributed memory (SDM) model.
Artificial neural networks, information geometry, and orthogonal symmetries in LLMs.
A mathematical perspective on learning, knowledge, and understanding.
Mikhail Gromov (IHES)
===
Find this and many more scientific videos on carmin.tv - a French video platform for mathematics and their interactions with other sciences offering extra functionalities tailored to meet the needs of the research community.
===
