A team led by the Southwest Research Institute (SwRI) and the University of Arizona published new modeling results in The Astrophysical Journal Letters regarding the formation of the Moon. ^[1] The study found that if the colliding bodies were cold, an intact Moon could emerge within about five hours of the impact. ^[2] AccuWeather, a private weather forecasting company, assessed that the northernmost contiguous United States, including Seattle, Washington, the Great Lakes region, and Bangor, Maine, will lose 90 to 100 minutes of daylight in September as the season shifts from summer to fall. ^[3] Dr. Adeene Denton, a postdoctoral researcher at SwRI, stated that including geologic properties changes how the Moon forms out of the impact. ^[4] The new simulations incorporated material strength and temperature-dependent geologic properties, which previous models had ignored. ^[5] AccuWeather said southern U.S. states lose fewer daylight minutes in September, with the coasts of Texas and Florida seeing daylight dwindle by 40 minutes. ^[6] NASA stated that Earth's axial tilt of 23 degrees resulted from an impact by the ancient planet Theia 4.5 billion years ago, an event that also formed the moon. ^[7]