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[View Article at Source]The Senate votes again on the budget at 11 a.m. ET on Oct. 1 after a government shutdown took effect at midnight on Sept. 30.

A view of the Exxon Mobil refinery in Baytown, Texas. Jessica Rinaldi/ReutersExxon Mobil Corp., the largest U.S. oil producer, has announced plans to cut almost 2,000 jobs around the globe as it consolidates…

Office of Management and Budget Director Russel Vought, joined by Vice President JD Vance, Speaker of the House Mike Johnson (R-La.), and Senate Majority Leader John Thune (R-S.D.), speaks at the White…

The saga behind a missing Florida teen with a Make America Great Again cap, four Hispanic individuals, and a rumored abduction has only gotten stranger since he was found safe on Friday. What began as…

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The White House Office of Management and Budget, in one of their first acts since the government shut down, is taking aim squarely at Senator Chuck Schumer and the House Democratic leader, Congressman…

A federal court ruled that prohibitions on carrying firearms in post offices are unconstitutional. This ruling comes out of the U.S. District Court for the Northern District of Texas. Advertisement On…

U.S. — The entire federal workforces has officially been replaced by a noticeably fatigued Marco Rubio With the federal government funding expiring at midnight last night, President Trump tapped Rubio…

There are plenty of exoplanets scattered throughout the galaxy, so it would stand to reason there are also plenty of stars that are in the process of forming new exoplanets. Tracking down stars that are in different stages of that process can shed light on the exoplanet formation process, and potentially even on how planets in our own solar system developed. But determining what star systems are going through that process, let alone where they are in the process itself, can be tricky. A new paper in Nature Astronomy from Tomohiro Yoshida and his co-authors at the National Astronomical Observatory of Japan and several other Japanese and American research institutions, seems to have found one that finally answers a mystery that has stood in planetary formation theory for decades - how do gas giant exoplanets form so far away from their stars?