macarthur_park

American allies see a second Trump term as all but inevitable. “The anxiety is massive.”

Fear of losing Europe’s most powerful ally has translated into a pathologically intense fixation on the U.S. presidential race. European officials can explain the Electoral College in granular detail and cite polling data from battleground states. Thomas Bagger, the state secretary in the German foreign ministry, told me that in a year when billions of people in dozens of countries around the world will get the chance to vote, “the only election all Europeans are interested in is the American election.” Almost every official I spoke with believed that Trump is going to win.

Paywall removed: https://web.archive.org/web/20240603193105/https://www.theatlantic.com/international/archive/2024/06/nato-trump-europe-allies/678533/

Congress on Thursday sent legislation to avert a partial government shutdown to President Biden, racing to fund federal agencies through early March one day before money was to run out.

Over the strenuous opposition of far-right Republicans, the House voted 314 to 108 to approve the stopgap funding just hours after the Senate provided overwhelming bipartisan backing for the measure in a 77-to-18 vote, allowing lawmakers to narrowly beat a Friday deadline.

…

In the end, Mr. Johnson was only able to cobble together a bare majority of Republicans voting on the bill, with 107 backing it and 106 opposed. Democrats supplied the bulk of the support.

Alternative non-paywalled source: ABC News

Gay’s resignation — just six months and two days into the presidency — comes amid growing allegations of plagiarism and lasting doubts over her ability to respond to antisemitism on campus after her disastrous congressional testimony Dec. 5.

Gay weathered scandal after scandal over her brief tenure, facing national backlash for her administration’s response to Hamas’ Oct. 7 attack and allegations of plagiarism in her scholarly work.

The Texas Supreme Court on Friday night put on hold a judge’s ruling that approved an abortion for a pregnant woman whose fetus has a fatal diagnosis, throwing into limbo an unprecedented challenge to one of the most restrictive bans in the U.S.

The order by the all-Republican court came more than 30 hours after Kate Cox, a 31-year-old mother of two from the Dallas area, received a temporary restraining order from a lower court judge that prevents Texas from enforcing the state’s ban in her case.

In a one-page order, the court said it was temporarily staying Thursday’s ruling “without regard to the merits.” The case is still pending.

Police at the University of North Carolina at Chapel Hill are responding to an “armed and dangerous person on or near campus,” according to an alert from the university on Monday.

“Remain sheltered in place. This is an ongoing situation. Suspect at large,” the university said in an alert sent just before 2:30 p.m., about 90 minutes after the first alert was sent.

According to the student paper The Daily Tar Heel, at least one person has been wounded.

University police are advising students, faculty and staff to:

Go inside immediately. Close windows and doors. Stay until further notice. Follow directions from emergency responders or University officials.

Observations of high-energy astrophysical neutrinos have shown that they mostly originate from extragalactic sources such as active galaxies. However, gamma ray observations show bright emission from within the Milky Way galaxy, and astrophysical gamma rays and neutrinos are expected to be produced by the same physical processes. The IceCube Collaboration searched for neutrino emission from within the Milky Way (see the Perspective by Fusco) and found evidence of extra neutrinos emitted along the plane of the Galaxy, which is consistent with the distribution of gamma-ray emission. These results imply that high-energy neutrinos can be generated by nearby sources within the Milky Way.

-Editor’s summary from the Science article

Observations of high-energy astrophysical neutrinos have shown that they mostly originate from extragalactic sources such as active galaxies. However, gamma ray observations show bright emission from within the Milky Way galaxy, and astrophysical gamma rays and neutrinos are expected to be produced by the same physical processes. The IceCube Collaboration searched for neutrino emission from within the Milky Way (see the Perspective by Fusco) and found evidence of extra neutrinos emitted along the plane of the Galaxy, which is consistent with the distribution of gamma-ray emission. These results imply that high-energy neutrinos can be generated by nearby sources within the Milky Way.

-Editor’s summary from the Science article