Two women from New York were charged with stealing over 4,600 gift cards from a Braintree pharmacy, believed to be part of a larger scam ring that drains card values quickly.

Houston-based Intuitive Machines aims to land its Nova-C lander on the moon, returning American innovation to the lunar surface and advancing commercial space exploration.

Two Florida university graduates developed DashOne, a wearable sensor system for runners to improve form and prevent injuries, winning $10,000 at a pitch competition.

UC Berkeley engineering professors Ashok Gadgil and Boris Rubinsky were elected as 2023 fellows of the National Academy of Inventors for their contributions to technology and society.

A Texas federal judge has upheld a state ban on TikTok on government devices, against arguments that it infringes on free speech and academic freedom.

A gene-editing trial targeting high cholesterol showed promise, reducing LDL levels by up to 55%, but the safety and long-term effects remain concerns. The trial had a small sample size and did not have a control group.

Texans on SNAP are experiencing significant application delays, affecting over a quarter of applicants and leading to financial hardships, especially during the holidays.

MIT mathematicians replicated quantum behavior in a macro-scale experiment with silicone oil droplets, offering new insights into quantum mechanics with potential technological applications.

Boston University's CTE Center is examining the brain of Robert Card, the suspected Lewiston shooter, to investigate potential links between his military service and mental health issues.

The U.S. Missile Defense Agency conducted a ground-based interceptor missile test, visible from the San Francisco Bay Area, launched from Vandenberg Space Force Base.

The Palm Beach Concours Car Show held at Trump International Golf Club featured over 100 luxury cars and supported families dealing with pediatric cancer through the MiniMe Foundation.

MIT researchers have created a cost-effective, 3D-printed microfluidic device with self-heating capability, potentially transforming disease detection.

MIT researchers have developed a new method for incorporating two-dimensional materials into electronics without damaging them, promising advancements in high-performance devices.