UT Health San Antonio found higher blood p‑tau181 in older adults who regularly sleep 8.5–10+ hours; researchers call it an association, not proof of cause.

A Broad‑led nonprofit with Boston Children’s and Jackson Laboratory aims to make personalized gene‑editing treatments repeatable and more affordable for rare disease patients.

SpaceX is set to launch Northrop Grumman’s two‑armed Mission Robotic Vehicle from Cape Canaveral, carrying three Mission Extension Pods that can add years to satellites.

At Farnborough, DeSantis announced Relativity Space's Space Coast expansion and a new Space Florida–U.K. MOU promising jobs and deeper trade ties.

Researchers and Baltimore clinicians say smartwatches and rings can flag early pregnancy-linked shifts in heart rate, breathing and temperature, but they are not diagnostic.

KC BioHub landed a $34 million federal award to expand biomanufacturing capacity and workforce across the Kansas City region.

UH Mānoa–led research finds the Hawaiian mantle plume warmed about 250°C over 47 million years, linking deep-mantle heat to the size of Hawaiian volcanoes.

GE’s modified Saab 340B reached 30,000 feet in hybrid mode at Farnborough after NASA-simulated tests to 45,000 feet. The flight points to possible lower‑emission narrowbody engines.

Former SentinelOne exec Nick Warner has launched Neo with $100M to build a control layer for agentic AI, backed by a16z and Bessemer.

Anthropic donated $1 million to CodeCrew to build a larger, AI-focused headquarters at Northside Square with classrooms and an LED‑screen AI lab.

AISLE is opening a second site at the Phoenix Bioscience Core, adding discounted lab and office space and ASU/GPEC support for international medtech firms.

Indeed data show 'AI' is being added to job titles from trucking to teaching, signaling a fast shift toward practical AI fluency across the U.S. workforce.

ASU researchers found oxycodone withdrawal suppresses myelin-related genes and coincides with reduced social behavior in mice. The preclinical results suggest new molecular targets for addiction research.