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 Title text: The other problem is that eventually transistors will be small we won't be able to detect them anymore. |
Votey[edit]
Explanation[edit]
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This explanation is either missing or incomplete. |
Transcript[edit]
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This transcript was generated by a bot: The text was scraped using AWS's Textract, which may have errors. Complete transcripts describe what happens in each panel — here are some good examples to get you started (1) (2). |
- [Describe panel here]
- Thus, we can predict with high confidence that in the year 1871, a single transistor was large enough to cover the entire
- Earth, blotting out the sky. Miniaturization may explain the increase in global temperature that began in 1910.
- Caption: How come nobody ever projects Moore's Law backwards?
Votey Transcript[edit]
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This transcript was generated by a bot: The text was scraped using AWS's Textract, which may have errors. Complete transcripts describe what happens in each panel — here are some good examples to get you started (1) (2). |
- [Describe panel here]
- The big bang is impossible because you only have to go back a short while before all is transistors.
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