Science girl

Highway officers couldn’t catch a runaway cow… so they called real cowboys

He sent a bowling ball into the future

Length of this lady’s nails

Bringing the elongated skulls of Peru to life, from the ancient Paracas culture and their practice of cranial deformation. 📹historyrevivedofficial

There is a cow in Australia -a giant Holstein‑Friesian steer standing about 6 ft 4 in tall and weighing around 1.4 tonnes.

An ancient technique for lifting giant stone blocks using a Lewis tool

As a tribute to all enslaved people buried in cemeteries in unmarked graves, artist Craig Walsh illuminated trees with faces to honour their souls This installation is called Monuments and was in Charlotte NC

At the Wolong National Reserve in Sichuan, things are different the reserve focuses on preparing select cubs for release into protected wilderness. This "rewilding project" aims to minimize human contact using costumes, so the pandas don't grow dependent on people and can survive independently in the wild

The red river in Cusco, Peru, flows crimson because of the iron oxide run offs from the local mountains in the rainy season

A tiny friend that came for a safe place to rest in the middle of the ocean

Leonardo da Vinci invented the self supporting bridge between 1485-1487 This is how it works

New research suggests that Mars may play a subtle role in shaping long-term climate patterns on Earth. Scientists have long understood that ice ages are influenced by gradual changes in Earth’s orbit and tilt—known as Milankovitch cycles which affect how sunlight is distributed across the planet over tens to hundreds of thousands of years. Using advanced simulations of the solar system, researchers explored what would happen if Mars were removed. Without it, a key about 100,000-year cycle linked to the timing of ice ages weakened significantly, while other cycles driven by planets like Jupiter and Venus remained largely unchanged. This points to Mars as an important contributor to one part of Earth’s long-term climate rhythm. Although Mars is much smaller than Earth, its gravity still has an effect over vast timescales. Its orbit gently influences the shape of Earth’s orbit called eccentricity, which in turn affects how solar energy is distributed across the planet. These changes are small, but over millions of years they can help determine whether ice sheets expand or retreat. The findings highlight how interconnected planetary systems can be. Mars isn’t responsible for ice ages on its own factors like greenhouse gases, oceans, and the atmosphere remain dominant-but it appears to be one piece of a much larger, complex system influencing Earth’s climate. Read the study: "The Dependence of Earth Milankovitch Cycles on Martian Mass." arXiv, 2025

This handmade robot costume is pure engineering genius

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The circle bridge in Denmark is made up of 5 interconnected platforms. In order to accommodate taller boats, the central section of the bridge swings open The bridge was designed by Olafur Eliasson. 📹 Jan Crone Foster

Jacob & Co. $3.4 million Billionaire Double Tourbillon with 298 Angel Cut diamonds, twin tourbillons, white gold case, and only 18 in the world.

The common tailorbird can sew leaves together using spider silk and plant fibres to make a nest, a deep cup, lined with soft materials