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Good morning. Today's science runs from the origin of everything to the secret strength of a leaning tree. We have a particle that may explain why the universe exists, an invisible pipe that sounds like a magic trick, and dead stars poking at one of physics' most famous limits. Let's dive in.

Scientists say a forgotten particle may help explain one of the biggest questions in physics: why the universe exists at all. The idea, reported by ScienceDaily, revisits a particle that had been overlooked and suggests it could hold a missing piece of the puzzle of our cosmic origins.

The question is deceptively simple. Why is there something rather than nothing? A particle dismissed or forgotten along the way may turn out to matter far more than anyone assumed, and that is why physicists keep returning to old ideas with fresh eyes.

If the idea holds up, it would shift how we think about our own existence, from an unexplained accident to something with a physical explanation.

Scientists have discovered the hidden "muscles" that trees use to straighten themselves. It helps explain how a tree knocked off balance can work its way back toward upright, a quiet feat of biological engineering happening in plain sight.

The finding reframes something we usually take for granted. A leaning tree isn't just passively growing; it appears to be actively correcting its posture using internal mechanisms that act something like muscles.

Researchers have created an invisible pipe that moves liquids through thin air, a development described by SciTechDaily as "the closest thing to magic." Instead of a solid tube, the technology guides liquid through open space.

A pipe with no walls sounds impossible, which is exactly what makes it so striking. Moving fluids without physical channels could change how liquids are handled in settings where contact and contamination are concerns.

New research suggests that Uranus and Neptune may have been cosmic strangers all along. The two ice giants are often pictured as close siblings, but the new work points to a more complicated shared history.

If the planets did not form as close companions, it adds a new twist to the story of how our outer solar system came together.

Scientists have found how dead stars could break one of physics' most famous limits. Stellar remnants, it turns out, may behave in ways that challenge a boundary long treated as a fundamental rule.

Famous limits in physics are rarely broken lightly. The prospect that these extreme objects could exceed one is a reminder that the universe's most extreme environments are also its best laboratories.

Scientists have discovered metals that defy the deep freeze at -424°F. At temperatures that cold, materials usually behave in predictable ways, which makes metals that resist the expected pattern all the more interesting.

Extreme cold is where the strangest material behavior shows up, and each surprise tells researchers something new about how matter works.

Whether it is a forgotten particle, a muscle inside a tree, or a pipe made of nothing, today's stories share a thread: the world still has plenty of surprises hiding in plain sight. Stay curious.