Kexin Huang
@kexinhuang.bsky.social
PhD student at Stanford CS; AI+Biomedicine
kexinhuang.com
kexinhuang.com
Reposted by Kexin Huang
give it a try and you may get addicted : )
📢 Meet Biomni — the first general-purpose biomedical AI agent.
It automates literature review, hypothesis generation, protocol design, bioinformatics analysis, clinical decision support, and much more — scaling biomedical expertise for 100× discoveries.
biomni.stanford.edu
🧵
It automates literature review, hypothesis generation, protocol design, bioinformatics analysis, clinical decision support, and much more — scaling biomedical expertise for 100× discoveries.
biomni.stanford.edu
🧵
June 16, 2025 at 1:34 AM
give it a try and you may get addicted : )
📢 Meet Biomni — the first general-purpose biomedical AI agent.
It automates literature review, hypothesis generation, protocol design, bioinformatics analysis, clinical decision support, and much more — scaling biomedical expertise for 100× discoveries.
biomni.stanford.edu
🧵
It automates literature review, hypothesis generation, protocol design, bioinformatics analysis, clinical decision support, and much more — scaling biomedical expertise for 100× discoveries.
biomni.stanford.edu
🧵
May 29, 2025 at 5:26 PM
📢 Meet Biomni — the first general-purpose biomedical AI agent.
It automates literature review, hypothesis generation, protocol design, bioinformatics analysis, clinical decision support, and much more — scaling biomedical expertise for 100× discoveries.
biomni.stanford.edu
🧵
It automates literature review, hypothesis generation, protocol design, bioinformatics analysis, clinical decision support, and much more — scaling biomedical expertise for 100× discoveries.
biomni.stanford.edu
🧵
Reposted by Kexin Huang
Fantastic work by @kexinhuang.bsky.social at Stanford (arXiv: 2502.09858)
Validation of hypotheses for experimental planning and verification based on the falsification principle by Karl Popper.
The Future just most a lot closer!!!
Validation of hypotheses for experimental planning and verification based on the falsification principle by Karl Popper.
The Future just most a lot closer!!!
https://github.com/snap-stanford/POPPER”
February 19, 2025 at 10:43 AM
Fantastic work by @kexinhuang.bsky.social at Stanford (arXiv: 2502.09858)
Validation of hypotheses for experimental planning and verification based on the falsification principle by Karl Popper.
The Future just most a lot closer!!!
Validation of hypotheses for experimental planning and verification based on the falsification principle by Karl Popper.
The Future just most a lot closer!!!
Reposted by Kexin Huang
#AAAI Spring Symposium on #AgenticAI for Science is calling for papers. We will have a fun 2.5-day event with speakers and participants from #agents, #LLM and #science communities in #SanFrancisco from Mar 31 to Apr 2, 2025.
January 22, 2025 at 3:30 AM
#AAAI Spring Symposium on #AgenticAI for Science is calling for papers. We will have a fun 2.5-day event with speakers and participants from #agents, #LLM and #science communities in #SanFrancisco from Mar 31 to Apr 2, 2025.
🧬 Thrilled to share Knowledge Graph GWAS (KGWAS), the largest AI model that integrates >10 millions of multi-modal and multi-scale functional genomics data to improve GWAS power by 100% while discovering novel disease-critical variants, genes, cells, and networks!
1/15🧵
1/15🧵
December 9, 2024 at 5:42 PM
🧬 Thrilled to share Knowledge Graph GWAS (KGWAS), the largest AI model that integrates >10 millions of multi-modal and multi-scale functional genomics data to improve GWAS power by 100% while discovering novel disease-critical variants, genes, cells, and networks!
1/15🧵
1/15🧵