内容摘要："If you're in like the northeast using heating oil, heat pumps make a lot of sense," said Wolfe.

"If you're in like the northeast using heating oil, heat pumps make a lot of sense," said Wolfe.

“It's virtual reality without the glasses,” said Baz Halpin, the CEO and founder of Silent House Group, who produced and designed the Eagles' residency at the 17,500-seat Sphere.Halpin said Silent House will also be involved in the Backstreet Boys upcoming Sphere residency, kicking off in July.

“You can create optical illusions that I didn't think were frankly possible,” Halpin said. “It's such a big swing. It's such a bold idea. It's still that concert experience, but somehow the visuals have turned into a rollercoaster and movie, and you're apart of it."Shared reality through "The Matrix"While the Sphere looms large over Las Vegas, Cosm offers a more intimate experience, featuring a new venture into Keanu Reeves' iconic world as Neo.

Cosm is stepping intocinematic experience, celebrating the film's 25th anniversary with screenings at their locations in Dallas and Inglewood, California, starting June 6.

Inside Cosm's 87-foot LED dome, the original film plays while the environment dynamically mirrors the on-screen action, pulling audiences deeper into the world.

“We are continuing to push the immersive tech industry forward,” said Jeb Terry, the CEO and president at Cosm, which also hosts live sports, “O” by Cirque du Soleil, “Orbital” and “Big Wave: No Room for Error." The company plans to open its third location in Atlanta in 2026.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.There's still more work to be done as researchers continue to put their heads together and future experiments take a stab at measuring the muon wobble — including one at the Japan Proton Accelerator Research Complex that's expected to start near the end of the decade. Scientists also are still analyzing the final muon data to see if they can glean information about other mysterious entities like dark matter.