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README.md
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@@ -12,7 +12,7 @@ Open Call for Collaboration — First Internal Clock for AI (Law E Project)
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Neomundi-Labs — 2026
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Neomundi-Labs announces an open scientific and engineering call for collaborators to join the development of the first operational internal clock for AI, derived from the thermodynamic–information Law E framework.
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This call targets research labs, engineers, roboticists, computational neuroscientists, and doctoral students who wish to contribute to a groundbreaking advancement in AI cognition:
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Scientific Context
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All modern AI systems (LLMs, agents, multimodal networks, embodied robots) operate without an internal temporal continuity.
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They compute through discrete steps but lack:
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Neomundi-Labs — 2026
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Neomundi-Labs announces an open scientific and engineering call for collaborators to join the development of the first operational internal clock for AI, derived from the thermodynamic–information Law E framework.
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| 14 |
This call targets research labs, engineers, roboticists, computational neuroscientists, and doctoral students who wish to contribute to a groundbreaking advancement in AI cognition:
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: a native temporal regulation layer for artificial systems.
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Scientific Context
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All modern AI systems (LLMs, agents, multimodal networks, embodied robots) operate without an internal temporal continuity.
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They compute through discrete steps but lack:
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