^^Biologia. A timeline of biology in real time.

Artificial intelligence timeline.

 

  1. 2026-04-05 https://www.youtube.com/watch?v=mf5envOypNU Biggest Breakthroughs in Biology 2025

    https://www.youtube.com/watch?v=mf5envOypNU&lc=UgxyeInQw1UEMKxXZk54AaABAg

    Highlighted comment:
    I just chatted with Gemini about the similarities and differences between the structures of the neocortex and the dorsal ventricular ridge. They have a superficially different cellular architecture: “cortical columns” versus “cortical clusters”. But they seem to be wired in a similar way and are doing a similar thing. This could have implications for AI. The exact architecture of cortical columns may not need to be mimicked. In fact, bird neurology may be faster because of the density and connectivity allowed by not using the layered architecture of the cortical columns — which may explain why birds can achieve such intelligence in such small brains.

  2. 20-10-21 zanzara-coreana-allarme-lombardia
  3. 27-7-2021 milano-lombardia-invasione-popillia-japonica
  4. 9-4-2021 monkey mindPong.
  5. 01-11-2020 incontro: "nanopore DNA sequencing"  nanoporetech/how-it-works il video e' accattivante | history | wp
    L'immagine mentale che ho avuto e' stata:

    15-12-2020 nanopore DNA sequencing uk-covid-19-testing

  6. 07-10-2020  CRISPR/Cas9 premio Nobel per la chimica 2020. ansa | zanichelli | lescienze
  7. 16-7-2019 pohoiki-beach-64-chip-neuromorphic-system/
  8. 22-4-2019 first billion-atom biomolecular simulation
  9. 26-3-2019 Cina, cani poliziotto clonati per avere animali sempre più efficienti
  10. vespa-velutina
  11. 18-7-2018 Xylella fastidiosa - Superquark 18/07/2018
  12. 15-7-2017 Il secolo della biologia. CRISPR/Cas9
  13. 2016-17 buon anno, con questa buona notizia yt/Artificial leaf as mini-factory for medicine. Ottimi sottotitoli !
  14. 23-8-2016 artificial-chicken-grown-cells-gets-taste-test
  15. 1990-2003 wp/Human_Genome_Project. Risultati: 
    1. 3,1 miliardi di coppie di nucleotidi;
    2. 22.300 protein-coding genes, the same range as in other mammals;
    3. fewer than 7% of protein families vertebrate specific.