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Researchers say a super-insulating solid material may be suitable for retrofitting historic homes and helping them meet net-zero energy goals. It could reduce heat loss and carbon emissions in older buildings where conventional insulation is difficult to install.
OpenAI published a blog post titled The future of the firm. It appears to discuss how companies and organizations may evolve, but the headline alone does not indicate a specific product or policy announcement. It is informative for tracking OpenAI’s views on AI’s role in business.
Legal tech company Legora is developing an agentic operating system designed to run AI-driven workflows for legal work, featured on OpenAI's blog. The platform aims to let law firms and legal teams delegate document-heavy tasks to AI agents. It reflects the broader push to apply agentic AI to specialized professional services.
New Scientist published an analysis arguing that a crucial component of AI chatbots is being widely ignored. The piece examines why this neglected element matters for how chatbots are designed, evaluated and used. It adds to the broader debate over how AI systems should be built and held accountable.
A Nature study finds that Alzheimer’s disease genetic risk converges on dysregulation in microglia, the brain’s immune cells, and neurons. The convergence highlights immune and neuronal mechanisms that may help guide targeted treatments and biomarkers.
Researchers report that Clostridium perfringens delta toxin binds CD9 and that this interaction drives necrotizing enterocolitis (NEC) and associated brain injury. The study identifies a mechanistic link between a bacterial toxin and severe neonatal intestinal and neurological damage. It may help guide strategies to prevent or treat NEC-related injury in vulnerable infants.
Researchers report in Nature that SWI/SNF chromatin-remodeling complexes help organize three-dimensional genome architecture through interactions with CTCF and cohesin. The finding links chromatin remodeling to genome folding and gene regulation, with implications for development and cancers associated with SWI/SNF mutations.
Researchers report that pharmacological inhibition of METTL1, an RNA methyltransferase, could serve as a therapy for both solid tumors and blood cancers. Targeting METTL1 may exploit a shared cancer dependency and support further development of this treatment strategy.
Researchers report that a compensated magnet can inject spin currents while breaking time-reversal symmetry, according to a Nature study. The result clarifies how magnetic order without net magnetization can drive spin transport. It could inform low-power spintronic devices using compensated or antiferromagnetic materials.