She has at so many competitions for a Good Luck Duck, but we kept telling her no. That was because we had already caved and upgraded from the ones there to the @Rebel Athletic Cheer Good Luck Duck! I think her reaction it’s safe to say we crushed this gift! Meet Rebby the Good Luck Duck! #tiktok #fyp #cheertok #christmas #cheerleader

Pubity on Instagram: "😅 Objects linked to humans can sometimes end up in places a person could never physically reach because they are carried, moved, or reshaped by powerful natural forces rather than direct human presence. Floods, landslides, avalanches, and ocean currents can transport shoes, tools, or debris across vast distances or into extreme environments like deep caves, remote mountaintops, or the open sea. Animals can also drag or cache human-made items, while erosion and geological s

Purely History on Instagram: "They don’t make them like this anymore 🥲 Daffy Duck is one of the most iconic characters created by Warner Bros., first appearing in a 1937 short called Porky’s Duck Hunt. From the start, Daffy stood out because he was loud, unpredictable, and completely unfiltered. Unlike the calmer cartoon characters of the time, he bounced around the screen, shouted nonsense, and broke social rules on purpose. That wild energy helped define the early Looney Tunes style and pushe

Memes on Instagram: "Classic Modern physics rests on two pillars that are both extraordinarily successful—and fundamentally incompatible. Quantum mechanics governs the smallest scales of reality, describing particles as probabilities and interactions as quantized events. General relativity, on the other hand, explains gravity as the smooth curvature of spacetime itself, excelling at cosmic scales. Each theory is correct within its domain, yet when forced to coexist, they mathematically collapse.

Memes on Instagram: "Real Quantum Gravity and the Unification of Physics Modern physics rests on two pillars that are both extraordinarily successful—and fundamentally incompatible. Quantum mechanics governs the smallest scales of reality, describing particles as probabilities and interactions as quantized events. General relativity, on the other hand, explains gravity as the smooth curvature of spacetime itself, excelling at cosmic scales. Each theory is correct within its domain, yet when forc

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