A Mechanistic Analysis of Looped Reasoning Language Models Blayney et al.: https://
arxiv.org/abs/2604.11791 #ArtificialIntelligence #AIAgents #LLM
RESEARCH
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Mechanistic Analysis of Looped Reasoning Language Models
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Parkinson’s Patient Treated with AI-Engineered Neurons from Skin
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A Parkinson’s patient has been treated using neurons created from their own skin cells — this could mark a major step toward personalized regenerative therapies. https://t.co/2cspvCEhSs
— AI (@DeepLearn007) 17 avril 2026A Parkinson’s patient has been treated using neurons created from their own skin cells — this could mark a major step toward personalized regenerative therapies.
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Microbiome Markers Predict Cancer Recurrence After Immunotherapy
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Gut microbiome markers predict recurrence of cancer after immunotherapy for metastatic melanoma @CellCellPress https://
cell.com/cell/fulltext/
S0092-8674(26)00342-9
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Interferon pathway and inflammaging: epigenetic insights for aging
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We've known inflammaging is a big part of why the human aging process accelerates. Now the interferon pathway is invoked as having a causal role (via epigenetics) and potential for targeting https://
cell.com/cell-genomics/
fulltext/S2666-979X(26)00080-7?_returnURL=httpslinkinghub.elsevier.comretrievepiiS2666979X26000807showalltrue
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AI in Medicine Conversation with Geoffrey Hinton
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Still refuses to write sestinas for some reason, so I don't think all the rough edges are gone.
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ChopGrad: Efficient Deep Learning Training Through Gradient Simplification
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ChopGrad: Making Training More Efficient by Cutting Gradient Complexity
— Satya Mallick (@LearnOpenCV) 17 avril 2026
In this episode of Artificial Intelligence: Papers and Concepts, we explore ChopGrad, a novel technique aimed at improving the efficiency of training deep learning models by selectively simplifying gradient… pic.twitter.com/U2Ik6CGGAMChopGrad: Making Training More Efficient by Cutting Gradient Complexity In this episode of Artificial Intelligence: Papers and Concepts, we explore ChopGrad, a novel technique aimed at improving the efficiency of training deep learning models by selectively simplifying gradient
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Convolution Kernels: Blurring, Sharpening, Edge Detection Explained
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Blurring. Sharpening. Edge detection.
— Satya Mallick (@LearnOpenCV) 17 avril 2026
They ALL come down to one operation: convolution.
Here's a 60-second visual breakdown of how a kernel slides across an image to produce filters — pixel by pixel.
If you're learning CV, bookmark this.#ComputerVision #Convolution… pic.twitter.com/YhqgsaRmcUBlurring. Sharpening. Edge detection.
They ALL come down to one operation: convolution.
Here's a 60-second visual breakdown of how a kernel slides across an image to produce filters — pixel by pixel.
If you're learning CV, bookmark this.
#ComputerVision #Convolution -
Advanced AI by 2035 Will Far Exceed Industrial Machine Intelligence
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Industrial machines from
200 years ago had no intelligence and were limited in scope vs advanced AI that we probably will have at least by 2035 which is designed match human capabilities – totally different scenarios from basic industrial machines. -
Pure Mathematicians Face Economic Challenges in AI Era
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a pure mathematician starves to death https://
x.com/chaumian/statu
/chaumian/status/2044949653779603679
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AI as Educational Tool Approaching University Instructor Level
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Tbh AI can be extremely helpful here. Not quite there yet on the level of advanced top university instructors, but getting there.