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Future AIs may gain continual learning, neuralese, and telepathy

Future AI systems are expected to possess capabilities beyond current large language models, including the ability to autonomously update their own weights during deployment, a feature akin to continual learning. This would allow AIs to adapt to sparse data domains and develop effective long-term memory, potentially enabling them to function more like agents than tools and blurring the lines between pre- and post-deployment AI safety discussions. Other anticipated advancements include the use of 'neuralese' for more efficient thought structuring and 'telepathy' for direct vector sharing between AIs, alongside the possibility of a unified 'ClaudeGlobal' instance with high-bandwidth communication, contrasting with the current model of individual AI copies. AI

IMPACT Future AI advancements may shift capabilities from tools to agents, impacting AI safety and deployment strategies.

RANK_REASON The item discusses hypothetical future features of AI systems rather than a specific release or event.

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Future AIs may gain continual learning, neuralese, and telepathy

COVERAGE [1]

  1. LessWrong (AI tag) TIER_1 English(EN) · Alexander Gietelink Oldenziel ·

    Features that current AIs don't have that future AIs will have

    <p><span>Features that current AIs don't have that future AIs will have:</span></p><h3><span>Autonomously updating it own weights during deployment</span></h3><p><span>Synonyms/ monickers that roughly mean the same thing: continual learning, online learning, continually adaptivel…