THE TECHNOLOGY BRIEFING
The technology archive. Every edition, in one place.
Earlier editions are retrospective collections of dated announcements, added to this archive later. Each briefing shows its source date and actual archive publication date. Historical dates do not imply that this website published at the time.
Researchers at MIT have engineered a soft, snake-like robot capable of traversing the small intestine’s complex and narrow passages to provide real-time imaging, targeted drug delivery, and perform biopsies or polyp removal, potentially transforming diagnosis and treatment of small intestinal diseases.
At MIT's annual Energy Initiative conference, experts discussed cutting-edge energy technologies, carbon utilization, quantum applications, and the growing impact of AI-driven data centers, emphasizing interdisciplinary collaboration for a sustainable energy future.
Researchers at MIT and the USDA have created water-resistant, food-grade microneedles that deliver vaccines to farmed fish underwater, offering a less stressful and labor-intensive alternative to traditional needle injections, while improving fish health management in aquaculture.
Google Research's Project Suncatcher successfully launched a prototype satellite in October 2026, achieving the milestone of running AI computations on orbiting Tensor Processing Units (TPUs), marking a significant advance in space-based AI computing.
MIT researchers have developed a scalable, origami-based construction technique that enables the assembly of lightweight, rigid, and load-bearing structures from flat materials. This method offers promising applications in disaster relief, aerospace, and modular architecture by simplifying fabrication and reducing material use.
A new method using super-flexible and electrically charged ligands enables precise control over nanoparticle assembly, allowing for previously unattainable material structures with potential applications in photonics, catalysis, and medicine.
Google deepens its commitment to AI-driven scientific breakthroughs in Singapore by opening a research hub and awarding over $6 million in grants to National University of Singapore and Nanyang Technological University. The funding targets Alzheimer’s research, computing efficiency, AI safety, and regional language processing.
MIT researchers have engineered nanoparticles derived from a harmless virus to deliver personalized cancer vaccines by precisely controlling cancer antigen density, demonstrating prevention of tumor development in mouse models and offering a modular approach adaptable to various cancers.
Research trials in the UK and Italy reveal Gemini's AI capabilities effectively support math learning comparable to human tutors, while also helping Italian teachers design interactive lessons that boost student participation and reduce educator stress.
MIT researchers have developed a minimally invasive muscle tracking system using implanted magnetic beads, improving the accuracy of prosthetic limb control for below-knee amputees by wirelessly measuring muscle length and velocity.
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