Digital minds with humanlike capabilities could think at least thousands of times, and perhaps millions of times, faster than humans given sufficient hardware

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• The exponential or super-exponential reproductive potential of digital minds could allow them to vastly outnumber humans in a relatively short time, correspondingly increasing the collective strength of their moral claimsclaim0.839
  Establishes the reproductive capacity dimension of super-beneficiary status
• It might be possible to design digital minds that could realize hedonic well-being at levels that human brains are totally incapable of instantiatinghypothesis0.815
  The speculative hedonic range dimension of super-beneficiary status
• Do digital minds already exist to a very limited extent?question0.815
  Flagged parenthetically in the introduction as an open empirical question
• It is an open question whether simulating a conscious mind requires far more resolution than the relatively slow and sparse communications between billions of biological neurons, or whether current digital substrates suffice.claim0.808
  Paper identifies as a key uncertainty limiting the Extended Machine Consciousness Hypothesis
• Human cognition evolved to detect agency in medium-sized objects at medium speeds in 3D space, limiting recognition of intelligence in unfamiliar substrates.claim0.807
• Can computers be conscious? Or more specifically, can today's computers fully emulate the way in which organisms compute minds?question0.801
  Central research question motivating the entire paper
• Multiple distinct quantitative and qualitative dimensions make it robust that digital minds will be super-beneficiaries at technological maturityclaim0.799
  The paper's central empirical-philosophical thesis synthesizing nine paths
• Reproductive Capacity of Digital Mindsconcept0.799
  The ease and speed of exact reproduction of software, enabling exponential population growth of digital minds