New Species of Fungus Named after Dune's Giant Worms

Welcome to an exciting world of discovery! In Hungary, a new species of fungus has been found, and it has a unique connection to the giant sandworms from Frank Herbert's renowned Dune series. Named Tulostoma shaihuludii, this worm-like fungus belongs to the Tulostoma genus and was discovered in the sandy habitat of the Pannonian Steppe. Join me as we delve into the intriguing details of this extraordinary find.

Discovering Tulostoma shaihuludii

Unveiling the fascinating new species of fungus

New Species of Fungus Named after Dune's Giant Worms - 1171244089

Let's embark on a journey of scientific exploration as we uncover the discovery of Tulostoma shaihuludii, a remarkable new species of fungus found in Hungary. This worm-like fungus, named after the giant sandworms in Frank Herbert's Dune series, has captured the attention of researchers and enthusiasts alike.

The sandy habitat of the Pannonian Steppe in Hungary served as the perfect environment for this unique fungus to thrive. With its worm-like appearance, Tulostoma shaihuludii stands out among other species in the Tulostoma genus.

Anthrobots: Robots Made from Human Cells

Exploring the groundbreaking creation of biological robots

Imagine a world where robots are not made of metal and circuits, but rather, human cells. In a groundbreaking study, researchers have successfully created biological robots called Anthrobots using adult human tracheal cells.

These cells, known for their cilia that wave back and forth, were grown in the lab to form tiny multicellular spheres called organoids. By developing growth conditions that encourage the cilia to face outward, the researchers were able to make the organoids move around like oars.

What makes this discovery even more astonishing is that the Anthrobots were grown on a layer of human neurons, triggering substantial neural regrowth. This breakthrough opens up new possibilities in the field of robotics and regenerative medicine.

Food Quality and Canine Motivation

Examining the influence of food quality on dogs' motivation

Have you ever wondered how the quality of food affects your furry friend's motivation? A study published in Scientific Reports sheds light on this intriguing topic.

Twenty family dogs were taught to associate specific tones with two types of food: smoked ham, a highly rewarding treat, and fiber cookies, a less rewarding option. The dogs were then observed unwrapping a box while one of the sounds played, and the time taken was measured as an indicator of their motivation.

The results were fascinating. The dogs were significantly quicker when the sound associated with smoked ham, the more rewarding treat, was played. This study highlights the importance of considering food quality when understanding and motivating our canine companions.

Harmonious Orbits in the Cosmos

Exploring the mesmerizing resonance of a 6-planet system

Prepare to be captivated by the harmonious dance of celestial bodies in a newly discovered 6-planet system. Astronomers have made an extraordinary find where the planets orbit their host star in almost perfect harmony.

These planets exhibit resonances, such as the 3:2 resonance, where the closest planet makes three full revolutions around the star while the second planet makes exactly two during the same time. This system, known as HD110067, showcases a chain of six planets with successive pairs of resonances.

Delving into the depths of this cosmic symphony, astronomers have unraveled the intricacies of these resonant orbits. The discovery of HD110067 opens up new possibilities for understanding the dynamics of planetary systems and the forces that shape our universe.

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