内容摘要：Little about the icons in the tiny, easy-to-miss room can be linked directly to Christianity — and that’s the point.

Little about the icons in the tiny, easy-to-miss room can be linked directly to Christianity — and that’s the point.

WELLINGTON, New Zealand (AP) — New Zealand legislators voted Thursday to enact record suspensions from Parliament for three lawmakers whoto protest a proposed law.

Hana-Rāwhiti Maipi-Clarke received a seven-day ban and the leaders of her political party, Debbie Ngarewa-Packer and Rawiri Waititi, were barred for 21 days. Three days had been the longest ban for a lawmaker from New Zealand’s Parliament before.The lawmakers from Te Pāti Māori, the Māori Party, performed the haka,, last November to oppose a widely unpopular bill,

, that they said would reverse Indigenous rights.But the protest drew global headlines and

among lawmakers about what the consequences for the lawmakers’ actions should be and whether New Zealand’s Parliament welcomed or valued Māori culture — or felt threatened by it.

A committee of the lawmakers’ peers in April recommended the lengthy punishments in a report that said the lawmakers were not being punished for the haka itself, but for striding across the floor of the debating chamber towards their opponents while they did it. Maipi-Clarke Thursday rejected that, citing other instances where legislators have left their seats and approached their opponents without sanction.Experiments in the 1960s and 1970s seemed to indicate all was well. But tests at Brookhaven National Laboratory in the late 1990s and early 2000s produced something unexpected: the muons weren’t behaving like they should.

Decades later, an international collaboration of scientists decided to rerun the experiments with an even higher degree of precision. The team raced muons around a magnetic, ring-shaped track — the same one used in Brookhaven’s experiment — and studied their signature wiggle at the Fermi National Accelerator Laboratory near Chicago.The first two sets of results — unveiled in 2021 and 2023 — seemed to confirm the muons’ weird behavior, prompting theoretical physicists to try to reconcile the new measurements with the Standard Model.

Now, the group has completed the experiment and released a measurement of the muon’s wobble that agrees with what they found before, using more than double the amount of data compared to 2023. They submitted their results to the journal Physical Review Letters.That said, it’s not yet closing time for our most basic understanding of what’s holding the universe together. While the muons raced around their track, other scientists found a way to more closely reconcile their behavior with the Standard Model with the help of supercomputers.