I usually avoid writing papers that either (1) have lots of co-authors, or (2) contain no genuinely new ideas, or (3) require me to read *many* of existing papers.
This new paper violates all three rules...
https://t.co/JSYC1CKBTw
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This is a call to the world: protect the Kurds, secure a decentralized future for them in Syria, and stop legitimizing violence as “stability.”
Stand with the Kurds now, before ISIS and chaos rise again from the ruins.
🚨 Google’s MedGemma & OpenAI’s GPT-4o are impressive, but their openness is limited—either fully closed-source or releasing only weights without data/training code.
🔥 Meet MedVLThinker — a fully open multimodal medical reasoning recipe that matches their performance.
Simple. Transparent. Reproducible.
🔗 Project: https://t.co/DUarGuG7et
📄 Paper: https://t.co/wRcZQoxZPb
Three Oxford Mathematicians have won 2025 London Mathematical Society @LondMathSoc Prizes. Left to right, Nigel Hitchin wins the De Morgan Medal, Helen Byrne the Naylor Prize and Lectureship in Applied Mathematics and Vidit Nanda a Whitehead Prize.
https://t.co/7sI48QmNYq
Traveling waves of neural activity are observed all over the brain. Can they be used to augment neural networks?
I am thrilled to share our new work, "Traveling Waves Integrate Spatial Information Through Time" with @t_andy_keller!
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Among the most common questions that I get from data scientists is "Are there any compelling applications of Topological Data Analysis?"
The answer is yes, with high multiplicity.
Would you like to see a brand new one?
1/
Here's a new paper with my student Alex Tanaka plus @coopallographer and @Aras121 from Oxford Drug Design; it takes a TDA perspective.
We only allow ourselves to access other successful ligands rather than know anything special about the binding site on the target.
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@OxDrugDes We look forward to supporting Oxford Drug Design to advance their asset by offering guidance, mentorship, and access to enabling tools and technologies.
Find out more about the project by visiting our Portfolio page: https://t.co/3Qec5TKEFu
#AMR
#Topology is a type of geometry where we ignore concepts like length, angles, area, etc., and focus only on the shape of objects. In topology, a spiky ball is homeomorphic to a sphere.
#IMAMathsin60seconds#IMA60@IMAmaths
Provided by Shagul Reshax