Scientists develop revolutionary programmable metamaterial with over 10^80 configurations—more than atoms in the universe—that controls sound waves in real-time for medical imaging, tumor therapy, and acoustic manipulation using AI-powered optimization.
Google DeepMind launches new Singapore research lab to advance AI development across Asia-Pacific, focusing on Gemini capabilities, linguistic inclusivity, and partnerships spanning Parkinson's disease research to Southeast Asian language models.
Hyper-realistic Elon Musk deepfakes ignite AI ethics concerns as Deepgram unveils Flux, the world's first conversational speech recognition system, while enterprises across healthcare and other industries rapidly adopt voice AI technology with measurable returns on investment.
AI adoption skyrockets to 88% of organizations as companies rush to experiment with artificial intelligence, but only one-third successfully scale implementations enterprise-wide, with most struggling to move beyond pilot phases despite heavy investment in the transformative technology.
Google Cloud unveils enhanced Vertex AI Agent Builder with configurable context layers, Go language support, and self-healing plugins as major companies like PayPal, Color Health, and Geotab deploy production AI agents for payment processing, healthcare screening, and enterprise automation.
Microsoft launches new MAI Superintelligence Team led by AI chief Mustafa Suleyman to develop advanced artificial intelligence applications for healthcare diagnostics, education, and renewable energy, marking the tech giant's push to reduce OpenAI dependence and compete with Meta's similar research investments.
Hippocratic AI secures $126 million Series C funding at $3.5 billion valuation after successfully processing 115 million patient interactions across 50+ health systems including Cleveland Clinic, deploying AI agents for patient intake and care management with zero safety incidents reported.
Korean researchers develop revolutionary 10-gram fabric muscle that lifts 15 kilograms, enabling ultra-lightweight wearable robots under 2kg that reduce human muscle effort by 40% and improve movement range by 57% in patients with muscular weakness.
Georgia Tech researchers develop revolutionary AI-powered artificial muscles using hierarchically structured fibers that learn and adapt in real time like human tissue, with a prosthetic glove demonstration showing the technology can restore natural dexterity and instantly respond to user movements.
Bevel secures $10M Series A funding from General Catalyst as the AI health companion reaches 100,000 daily users with 8x growth, offering $6 monthly software that unifies wearable data across sleep, fitness, and nutrition without requiring proprietary hardware.