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12709 results for "ai design"
Singapore's Prototype Island exhibition debuts at Milan Design Week 2026, showcasing how designers merge quantum computing, AI, and 4D printing with traditional craftsmanship. The exhibition proves technology and heritage can work together to solve real-world challenges.
Stanford researchers created Virtual Lab, an AI system that designed 92 promising COVID-19 treatments in just days—work that would take human scientists months. Two of the AI-designed molecules successfully bound to both new variants and the original virus.
Car designers at GM and Jaguar Land Rover are using AI to get aerodynamic test results in minutes instead of waiting weeks. The breakthrough is already shaping the next generation of more efficient vehicles hitting roads soon.
Adobe's new Firefly AI Assistant lets small business owners create professional content by simply describing what they want in plain English. The tool handles the technical complexity across Photoshop, Premiere, and Illustrator, making high-quality design accessible without expensive training.
Pharmaceutical giant Eli Lilly just invested up to $2.75 billion in AI-powered drug discovery that could revolutionize how we treat diseases. The partnership with biotech company Insilico Medicine marks one of the largest deals ever for medicines designed entirely by artificial intelligence.
For the first time, India's one million ASHA workers are designing the technology they use, not just receiving it. The shift could transform how pregnancy care reaches rural mothers.
Swedish researchers built a physics-powered AI that designs advanced optical materials 10 times faster, bringing quantum computers and ultra-thin lenses closer to reality. The breakthrough slashes design time from 30 days to just three.
A new platform is putting cutting-edge AI into the hands of biologists who want to design life-saving treatments but don't know how to code. OpenProtein.AI offers free access to powerful protein-engineering tools that could speed up drug development for everyone.
British healthcare leaders are tackling AI bias head-on by inviting Black communities to help shape the medical technology of tomorrow. From Birmingham to London, new initiatives prove that inclusive AI isn't just possible—it's already happening.
South Korea's AI Basic Act isn't just regulation. It's a timing system that asks when and where AI should face scrutiny, balancing innovation with safety.
Scientists at Stanford used artificial intelligence to create a completely new virus that kills drug-resistant E. coli bacteria, opening doors for faster vaccines and personalized cancer treatments. The breakthrough combines AI genome design with precision DNA assembly, showing promise for tackling antibiotic resistance while raising important questions about biosafety.
Engineers are using physics-based AI to design flying cars in hours instead of weeks, bringing urban air taxis closer to reality. This breakthrough could make electric aircraft both safer and lighter than ever before.
A DeepMind spinoff is taking AI-designed medications into human testing for the first time. The technology that revolutionized our understanding of proteins is now creating treatments that could save lives.
University of Virginia scientists created AI tools that design drugs while treating proteins as flexible, living structures instead of frozen snapshots. This breakthrough could slash the 90% failure rate in drug development and bring new treatments to patients faster.
Isomorphic Labs is about to test the first drugs designed by Nobel Prize-winning AI technology in human patients. The breakthrough could transform how we discover safer, more effective medicines for diseases like cancer.
A design professor just launched a browser extension that intentionally makes AI chatbots painfully slow. It's a clever protest against our growing dependence on artificial intelligence.
A major research report reveals that everyday AI tools can influence beliefs without users realizing it, but transparency could give people the power to make informed choices. The findings are sparking calls for tech companies to open up about how their systems work.
Scientists at EPFL created an AI that understands everyday instructions to design complex molecules, turning years of specialized expertise into simple conversations. The breakthrough could speed up drug discovery and make advanced chemistry tools accessible to more researchers.
MIT researchers created a system that fixes AI's biggest design flaw: making things that look cool but fall apart when you actually use them. Now anyone can type what they want to create and get a working 3D-printed object in 30 seconds.
University of Pennsylvania engineers have created a solar-powered orbital data center design that could meet growing AI computing demands while easing the burden on Earth's electricity grids and water supplies. The innovative system uses natural forces in space to stay aligned, making large-scale deployment surprisingly realistic.
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