Marc Brooks 马博江

For 2 years, we begged a bunch of lazy, corrupt Senators to pass a law that 85% of the Public wanted passed. They refused. Then the election happened. Do you think they learned anything?

And people wonder why cars cost so much. It’s a matter of choice. None of this is necessary. This comparison exists for every single component on every single car right now. The low hanging fruit is everywhere.

How the Canucks season’s going

Every plane flying over your house, live on a display you can't stop staring at. 800+ five star reviews · Free shipping

Anyone forward not named Toropchenko, Suter, or Johnston...the #STLBlues need a lot more out of.

The moment they benched him Detroit got back into the game because they couldn’t roll 4 lines anymore effectively

The judiciary can be checked and balanced just like any other branch.

I’m told at least seven advertisers have dropped @karaswisher @profgalloway @PivotPod @ProfGMarkets On with Kara Swisher and Raging Moderates, for their incessant calls for the execution of Elon Musk — and their joking about the assassination attempt on President Trump. I don’t believe in censorship, but advertisers need to decide if they support political violence and this kind of rhetoric It’s extremely dangerous and disgraceful I don’t know why a tech company would pay Scott and Karen $10m a year each to endorse violence. Why pay for Prof G’s private jet and $4,000 hotel suites that he brags about constantly?!? Disagree with Elon and Trump as much as you want — I certainly do — but endorsing political violence is unacceptable.

Everyone bought chipmakers, but one overlooked supplier keeps the whole AI buildout from melting down.

Rangers’ James Reimer Clears Waivers, Contract Terminated prohockeyrumors.com/2026/11/…

Our Noah’s Ark cam found a huge cavity inside one of our drilled core holes…

What looks like empty space may have given rise to matter. Scientists at Brookhaven National Laboratory in New York have found evidence that particles produced in proton collisions carry a quantum fingerprint of the vacuum. The energy needed to create those particles came from the collisions themselves. In quantum physics, the vacuum is the lowest-energy state of quantum fields. Even with no ordinary particles present, it has a complex structure, including a condensate linked to quark-antiquark pairs. The researchers analyzed millions of proton collisions, searching for lambda hyperons and their antimatter counterparts, known as antilambdas. A lambda is made of an up quark, a down quark, and a strange quark, while its antimatter partner contains the corresponding antiquarks. The key clue was spin, an intrinsic quantum property related to angular momentum. A lambda's spin largely reflects the spin of its strange quark, and the scientists inferred the spin relationships between hyperons from the directions of the protons and antiprotons released when they decayed. Pairs that emerged close together showed a correlation consistent with their strange quarks inheriting aligned spins from a shared origin in the vacuum. This matters because quarks become bound inside larger particles through a process called confinement. The results suggest that a quantum connection can survive that transformation and leave a measurable trace. The correlation vanished for pairs that emerged farther apart in angle, possibly because interactions with surrounding particles disrupt it. More measurements are needed to distinguish true entanglement from more classical correlations. The work gives physicists a new tool for studying confinement and how visible matter acquires its properties. It does not show that matter was created from absolute nothingness, and it does not violate the conservation of energy. [STAR Collaboration. Measuring spin correlation between quarks during QCD confinement. Nature 650, 65–71 (2026). DOI: 10.1038/s41586-025-09920-0]