Quick Takeaways — Issue 001
Fast facts from across biology, CS, and math. No deep dives — just the highlights worth knowing this week.
A quick scan of what caught our attention this issue — from genomics breakthroughs to algorithmic surprises.
AlphaFold 3 can now predict the structure of DNA, RNA, and ligands — not just proteins. Drug discovery timelines could shrink from years to months.
A new O(n log n) algorithm for computing the edit distance between two strings was published, breaking a barrier that stood for 50 years.
Researchers found that CRISPR off-target effects follow a power-law distribution, not a normal distribution. Most statistical tests used in the field assume normality.
The largest prime number ever discovered has 41 million digits. It was found using the Great Internet Mersenne Prime Search (GIMPS) — a distributed computing project running since 1996.
Oxford Nanopore can now sequence an entire human genome for under $200 in 48 hours. Five years ago, this cost $1,000 and took a week.
A study in Nature showed that large language models trained on code develop internal representations that mirror the call graph of the programs — they don't just memorize syntax, they learn structure.
Ancient retroviruses make up roughly 8% of the human genome — more than the ~1.5% that codes for actual proteins. Some of these viral insertions are essential for placenta formation.
The Riemann Hypothesis remains unsolved after 167 years, but a new approach using random matrix theory from physics has narrowed the gap between known results and the conjecture.
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