We're building something new: every research paper on arxiv, explained in plain language.
Not summaries. Not abstracts. Real explanations with analogies and metaphors. In 10 languages.
Here's how it works 🧵
A new thorium-229 nuclear clock is here! This breakthrough device could outperform atomic clocks and hunt for dark matter. See how it works:
https://t.co/ojJciZfHLt
Major breakthrough! Researchers claim to have finally proved the decades-old Erdős-Rado Sunflower Conjecture, reshaping extremal combinatorics and theoretical computer science. Read the details.
https://t.co/SX9x79ewig
Symplectic singularities are now proven to be conical! This breakthrough confirms Kaledin's conjecture by linking K-stability with differential forms, reshaping our understanding of algebraic geometry.
https://t.co/uc1njATL0F
An accessible explanation is on @gistdotscience, designed to help students, journalists, and curious non-specialists understand it, available in 10 languages.
https://t.co/wNcew0lyR4
Forget point-based embeddings. New research proposes representing concepts as learnable linear subspaces to natively capture hierarchy and logic, outperforming standard methods. Read more:
https://t.co/6tvqJ4QwVM
A decades-old math conjecture is dead. New research disproves the sum-product conjecture for real numbers with groundbreaking counterexamples. Read the full study:
https://t.co/kTd1UMabpN
New research proves games exist where Nash equilibrium probabilities are algebraic numbers of staggering complexity, tied to derangement numbers and full symmetric Galois groups.
https://t.co/kTq5kDjpG3
Major breakthrough: Researchers prove the strong monodromy conjecture for hyperplane arrangements. A paradigm-shifting advance in singularity theory using a new algebraic framework.
https://t.co/KbIwtEeabU
The Geometric Langlands proof is here! This survey explains the deep link between differential equations and nonabelian symmetry in plain terms. A blueprint for a mathematical revolution awaits.
https://t.co/LveVrZbOMJ
New study unifies stochastic demography with inclusive fitness, rigorously deriving Hamilton's rule for group-structured populations under environmental chaos.
https://t.co/kulQys2WHW
New framework fuses LLMs with omics data to identify drug targets. Tested in Alzheimer's and pancreatic cancer, it offers a new, auditable path for discovery.
https://t.co/m8EQcoCaG7
New breakthrough: A deterministic linear-time algorithm now solves the Erdős–Ginzburg–Ziv theorem, shaving off decades of logarithmic overhead. See how they did it:
https://t.co/uoDcHMrSlX
A 78-year-old math conjecture just fell. Researchers verified a groundbreaking counterexample to the Erdős unit distance problem, blending geometry with infinite class field towers.
https://t.co/1kOA8RS0w9
Decades-long puzzle solved: The inhomogeneous Khintchine Theorem is now proven for dimension 2, finally aligning with its homogeneous counterpart. A major breakthrough in Diophantine approximation.
https://t.co/AtaLdMzwPk
New research reveals a polynomial-time quantum attack breaking standardized post-quantum schemes like ML-KEM, Falcon, and NTRU over 2-power cyclotomic rings.
https://t.co/0TgdHoJ6k3
Publiquei este pré-print hj. Pra quem quiser entender: Your SaaS Is an Insurance Product: A Modeling Framework — explained simply via @gistdotscience https://t.co/frGotJ6Ocy
Big breakthrough in theoretical CS! New research delivers the first fully polynomial-time randomized approximation schemes for #CFG and #DNNF counting, finally solving a decades-old open problem. Read the study:
https://t.co/iH23886PWt
New tool KaryoScope rapidly annotates complex genome regions in minutes. It reveals hidden structural variations in centromeres and subtelomeres, unlocking insights into genetic disease. Read the study:
https://t.co/P2lHMktp2R
New study bridges finance & ecology: turning standard species-area data into precise biodiversity collapse risk metrics for better conservation planning. Read the full paper:
https://t.co/19Qp2AcUeH