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DEV Community
dev.to > christsimplifiedloader > excel-isnt-the-problem-the-way-its-treated-is-2pg4

Excel isn’t the problem. The way it’s treated is.

Excel isn’t the problem. The way it’s treated is.14+ min ago   (330+ words) In almost every ERP conversation, Excel eventually becomes the villain. It gets blamed for data errors, version conflicts, broken processes, and weak controls. Somewhere along the way, "using Excel" quietly became shorthand for "doing things badly". That narrative is convenient....

Quantum Zeitgeist
quantumzeitgeist.com > neural-networks-physics-informed-angular-momentum-conservation

Physics-informed Neural Networks Achieve Angular-Momentum Conservation In Relativistic Spin Hydrodynamics Simulations

Physics-informed Neural Networks Achieve Angular-Momentum Conservation In Relativistic Spin Hydrodynamics Simulations23+ min ago   (1135+ words) Researchers have successfully employed physics-informed neural networks to model the complex behaviour of rotating fluids at relativistic speeds, accurately simulating the conservation of angular momentum and identifying the mechanism driving the conversion between fluid motion and intrinsic spin. https://quantumzeitgeist.com/wp-content/uploads/Image_fx-69-12.jpg The…...

lesswrong.com
lesswrong.com > posts > nRsZxrApFwM5bdiWr > mlsn-18-adversarial-diffusion-activation-oracles-weird

MLSN #18: Adversarial Diffusion, Activation Oracles, Weird Generalization — LessWrong

26+ min ago   (611+ words) TLDR: New research indicates that an emerging type of LLM, called diffusion LLMs, are more effective than traditional autoregressive LLMs for automatically generating jailbreaks. Researchers from the Technical University of Munich (TUM) developed a new method for efficiently and effectively…...

Quantum Zeitgeist
quantumzeitgeist.com > deep-learning-achieves-meter-scale-lunar-topographic

Deep Learning Achieves Meter-Scale Lunar Topographic Reconstruction Across Diverse Environments

Deep Learning Achieves Meter-Scale Lunar Topographic Reconstruction Across Diverse Environments43+ min ago   (988+ words) A new deep learning technique accurately reconstructs detailed lunar landscapes, even in permanently shadowed polar regions, by leveraging existing images and limited low-resolution data to create high-quality topographic models. https://quantumzeitgeist.com/wp-content/uploads/Image_fx-67-14.jpg Accurate topographic models are fundamental to understanding planetary surfaces and…...

Search Security
techtarget.com > searchsecurity > tip > Use-the-CIA-triad-to-shape-security-automation-use-cases

Use the CIA triad to shape security automation use cases | TechTarget

Use the CIA triad to shape security automation use cases | TechTarget49+ min ago   (562+ words) Many IT automation and orchestration discussions focus on using pipelines that enable continuous integration/continuous delivery to improve IT productivity and efficiency. While these pipelines benefit service and software development, they can also bolster an organization's security posture. It's helpful…...

DEV Community
dev.to > rajmurugan > -complete-guide-to-rag-evaluations-in-amazon-bedrock-4je3

# Complete Guide to RAG Evaluations in Amazon Bedrock

# Complete Guide to RAG Evaluations in Amazon Bedrock53+ min ago   (1619+ words) Before diving into the RAG evaluation process, it's essential to ensure your environment is correctly configured and you have the necessary prerequisites in place. This section outlines the foundational requirements for a smooth evaluation experience. To begin, you will need:…...

Quantum Zeitgeist
quantumzeitgeist.com > 83-5-percent-ai-accuracy-explainable-achieves-quantized-active-ingredients

Explainable AI Achieves 83.5% Accuracy With Quantized Active Ingredients And Boltzmann Machines

Explainable AI Achieves 83.5% Accuracy With Quantized Active Ingredients And Boltzmann Machines54+ min ago   (789+ words) A novel hybrid quantum-classical artificial intelligence framework, utilising quantum Boltzmann machines, demonstrates significantly improved classification accuracy and more transparent decision-making compared to traditional classical models, as evidenced by an 83. https://quantumzeitgeist.com/wp-content/uploads/Image_fx-66-12.jpg The challenge of explaining how Artificial Intelligence systems reach decisions…...

Quantum Zeitgeist
quantumzeitgeist.com > quantum-machine-learning-accuracy-datasets-robust-achieves-increased-mnist

Robust Quantum Machine Learning Achieves Increased Accuracy On MNIST And FMNIST Datasets

Robust Quantum Machine Learning Achieves Increased Accuracy On MNIST And FMNIST Datasets1+ hour, 1+ min ago   (1142+ words) Researchers have developed a new method of encoding classical data for quantum machine learning using matrix product states, resulting in a robust and accurate encoding that improves resilience against adversarial attacks and demonstrates promising performance on image classification tasks. https://quantumzeitgeist.com/wp-content/uploads/Image_fx-65-13.jpg…...

Digital Trends
digitaltrends.com > brc > daimon-robotics-new-data-acquisition-system-adds-tactile-smarts-to-your-robot-controls

Daimon Robotics’ new data acquisition system brings haptic intelligence to robot teleoperation

Daimon Robotics’ new data acquisition system brings haptic intelligence to robot teleoperation1+ hour, 5+ min ago   (1002+ words) At CES 2026, the robotics conversation has quietly shifted. Fewer people are asking whether robots can move faster or lift heavier objects. More are asking something harder: why are robots still struggling outside controlled demos " and what's missing to make them…...

Quanta Magazine
quantamagazine.org > two-twisty-shapes-resolve-a-centuries-old-topology-puzzle-20260120

Two Twisty Shapes Resolve a Centuries-Old Topology Puzzle

Two Twisty Shapes Resolve a Centuries-Old Topology Puzzle1+ hour, 16+ min ago   (1468+ words) For the first time, mathematicians have found an example of a compact doughnutlike surface (as seen above) that shares its local geometric information with another surface, despite having a completely different global structure. Imagine if our skies were always filled…...