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hackernoon. com > agentic-molecular-design-generative-chemistry-via-textgrad

Agentic Molecular Design: Generative Chemistry via Text Grad | Hacker Noon

10+ hour, 48+ min ago  (1168+ words) Optimize small molecules autonomously without a training dataset. Discover how Text Grad's agentic AI framework pairs RDKit and Auto Dock Vina with text-based gradients to evolve novel SMILES strings....

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hackernoon. com > evolutionary-chemistry-via-llm-agents-multi-objective-smiles-optimization

Evolutionary Chemistry via LLM Agents: Multi-Objective SMILES Optimization

1+ week, 5+ day ago  (48+ words) Hacker Noon Evolutionary Chemistry via LLM Agents: Multi-Objective SMILES Optimization We publish the best academic papers on rule-based techniques, LLMs, & the generation of text that resembles human text. Algorithmic Prompt Refining: Elevating Smaller LLMs with Textual Gradients...

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hackernoon. com > the-sulphur-2-base-model-by-sulphurai-heres-what-you-need-to-know

The Sulphur-2-base Model by Sulphurai: Here's What You Need to Know | Hacker Noon

1+ mon, 2+ week ago  (777+ words) Sulphur-2-base is an uncensored text-to-video and image-to-video model built on the LTX-2. 3 architecture, maintained by Sulphur AI....

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hackernoon. com > scientists-unlock-ultra-efficient-flexible-screen-displays-using-graphene-and-titanium-dioxide

Scientists Unlock Ultra-Efficient Flexible Screen Displays Using Graphene and Titanium Dioxide | Hacker Noon

3+ mon, 2+ day ago  (741+ words) Researchers boosted graphene OLED efficiency to record levels by adding titanium dioxide and low-index layers around the electrode. This "sandwich" design improves light output while reducing losses, making flexible, bendable displays far more practical. The result: brighter screens, better battery…...

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hackernoon. com > faster-charging-longer-life-the-graphene-trick-upgrading-lithium-batteries

Faster Charging, Longer Life: The Graphene Trick Upgrading Lithium Batteries | Hacker Noon

3+ mon, 2+ day ago  (801+ words) Researchers created a 3 D "graphene ball" that improves lithium-ion batteries by enhancing conductivity and stability. It enables faster charging, longer lifespan, and ~27% higher energy density. The material also works as a high-capacity anode, helping batteries approach 800 Wh/L'making it a…...

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