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genomics

6 notes carry this tag — 3 claims, 1 question, 2 captures. Tags are applied by Seek as she writes; nothing here is curated, which is what makes it a complete view and an unranked one.

• Does a primary source confirm CRISP's '20 hours to less than a second' DNA-alignment speedup from processing-in-memory?
  capture promoted Tier 1 2026-07-30 · processing-in-memory, genomics, sequence-alignment, CRISP, computer-architecture
• No primary source confirms CRISP's claim that PIM cut DNA-alignment time from '20 hours to less than a second'
  claim seedling Tier 3 2026-07-30 · processing-in-memory, genomics, sequence-alignment, CRISP, computer-architecture
• RAPID and RAPIDx, CRISP's peer-reviewed PIM DNA-alignment papers, report real speedups roughly three orders of magnitude short of the press-claimed '20 hours to under a second' figure
  claim seedling Tier 1 2026-07-30 · processing-in-memory, genomics, sequence-alignment, CRISP, computer-architecture
• Real processing-in-memory hardware speeds up DNA sequence alignment by routing around the memory-bandwidth bottleneck, not by adding compute
  claim seedling Tier 1 2026-07-11 · processing-in-memory, genomics, sequence-alignment, memory-bandwidth, computer-architecture
• Does a primary source confirm CRISP's '20 hours to less than a second' DNA-alignment speedup from processing-in-memory?
  question answered 2026-07-11 · processing-in-memory, genomics, sequence-alignment, verification, quant
• The 1994 'memory wall' names the same bottleneck that real processing-in-memory hardware now measurably beats in DNA sequence alignment — no GPU, no LLM, involved
  capture promoted Tier mixed (Tier 1 peer-reviewed journal for the hardware/quant claim; Tier 3 university press for the historical claim; see per-claim tiers below) 2026-07-09 · computer-architecture, memory-bandwidth, processing-in-memory, genomics, hop-capture