All posts tagged: scientific discovery

Tiny ‘alien-like’ blue octopus discovered near Galápagos stuns scientists | Pets-animals News

Tiny ‘alien-like’ blue octopus discovered near Galápagos stuns scientists | Pets-animals News

Published by Parlour News

3 min readNew DelhiJun 15, 2026 11:00 PM IST The ocean is full of creatures that seem straight out of science fiction, and scientists have just added another one to the list: a tiny bright blue octopus discovered deep beneath the waters near the Galápagos Islands. About the size of a golf ball, this tiny creature was found nearly 1,773 metres below the Pacific Ocean’s surface and has now been confirmed as an entirely new species. Named Microeledone galapagensis, the octopus was first spotted during a 2015 deep-sea expedition near Darwin Island in the Galápagos archipelago. Researchers aboard the exploration vessel E/V Nautilus had sent a robotic submersible named Hercules to explore an underwater mountain when cameras picked up the unusual little animal resting on the seafloor. Even scientists watching the footage in real time were instantly taken in by the sight. But what first looked like an adorable deep-sea encounter soon turned into a scientific mystery. Why scientists knew this octopus was something unusual After collecting specimens and bringing them back to the Charles …

Rare luminous insects documented for the first time in Mawlynnong, Asia’s cleanest village

Rare luminous insects documented for the first time in Mawlynnong, Asia’s cleanest village

Published by Webster

Researchers have discovered two new firefly species—Diaphanes meghalayanus and Diaphanes mawlynnong—in Mawlynnong, marking the first scientific record of luminous insects in the state. The study, led by Assam Don Bosco University, adds to Meghalaya’s growing biodiversity significance Disclaimer: We do not own any of the content, ideas, images, or text presented here. All rights belong to their respective owners. For more information and to view the original source, please visit the following link: Source link

Scientists Observe Rare Plastic Ice, A Hybrid Form of Ice and Water, Under Extreme Pressure and Heat

Scientists Observe Rare Plastic Ice, A Hybrid Form of Ice and Water, Under Extreme Pressure and Heat

Published by Webster

A rare phase of ice, believed to exist deep within icy exoplanets and moons, has been observed in laboratory conditions for the first time. Scientists have identified a hybrid form of water called plastic ice, which exhibits characteristics of both solid ice and liquid water under extreme pressure and temperature. The discovery is expected to provide new insights into the internal composition of celestial bodies such as Neptune and Jupiter’s moon Europa, potentially influencing studies on planetary habitability. Properties of Plastic Ice Identified Under Extreme Conditions According to a study published in Nature, plastic ice forms when ice is subjected to temperatures above 177 degree Celsius and pressures exceeding 30,000 bars. This phase retains a cubic crystal lattice, similar to Ice VII, but allows water molecules to rotate while remaining fixed in position. Livia Bove, a physicist at Sapienza University of Rome, explained to Science News that the material exhibits plasticity, meaning it can be deformed while maintaining its structure. Experiments were conducted at the Institut Laue-Langevin in France, where a neutron beam was used …

Ancient Ice Core from Antarctica May Reveal Climate Mysteries from 1.2 Million Years Ago

Ancient Ice Core from Antarctica May Reveal Climate Mysteries from 1.2 Million Years Ago

Published by Webster

A groundbreaking discovery has been made in Antarctica, where a team of scientists successfully extracted a 2.8-kilometre-long ice core believed to contain air bubbles and particles from 1.2 million years ago. This ancient ice sample, retrieved under extreme conditions with temperatures reaching -35 degree Celsius, holds the potential to reveal crucial insights about a critical period in Earth’s climate history. Researchers aim to study this ice to understand significant climatic shifts and their potential links to near-extinction events in human ancestry. Historic Ice Recovery and Its Implications According to reports from BBC News, the ice core was obtained from a drilling site named Little Dome C, situated on the Antarctic Plateau at an elevation of nearly 3,000 meters. The project, led by the Italian Institute of Polar Sciences and supported by scientists from ten European countries, took four Antarctic summers to complete. The extracted ice contains air bubbles, volcanic ash, and other particles, providing a snapshot of atmospheric conditions from up to 1.2 million years ago. This ice core could shed light on the Mid-Pleistocene …

New Cartilage Type Found: Lipocartilage Resembles Fat, Boosts Elasticity

New Cartilage Type Found: Lipocartilage Resembles Fat, Boosts Elasticity

Published by Webster

A newly identified form of cartilage, distinct from the three commonly recognised types, has been described by scientists. This tissue, termed “lipocartilage,” stands out due to its unique composition. Unlike typical cartilage, which features thick fibre matrices, lipocartilage contains balloon-like cells filled with oils. These cells are uniform and closely packed, forming a springy yet durable structure. Found in areas such as the ear and nose, this tissue combines elasticity with resistance to deformation, according to reports. Study Highlights the Characteristics of Lipocartilage As per findings published in Science, lipocartilage was first observed during an analysis of mouse ear tissue. This tissue, resembling fat but with a distinct fibrous matrix, was shown to maintain its size regardless of calorie intake. Unlike adipose cells, lipocartilage lacks enzymes for fat breakdown and transporters for dietary fats, ensuring its structural stability. Maksim Plikus, Professor at the University of California, Irvine, compared it to “Bubble Wrap” in an email to Live Science, noting its role in enhancing the acoustic properties of the outer ear by maintaining consistent sound wave …

Scientists Demonstrate ‘Negative Time’ In Groundbreaking Quantum Experiment

Scientists Demonstrate ‘Negative Time’ In Groundbreaking Quantum Experiment

Published by Webster

Researchers at the University of Toronto have made a groundbreaking discovery, showing that “negative time” is not just a theoretical concept but a tangible phenomenon. Scientists at the institution showed through an innovative quantum experiment that light appears to emerge from a material before entering, overturning several decades of prevailing ideas about the nature of time. While much of the attention surrounding the results is international in scope, scientific communities have largely raised an eyebrow over the matter. The results, yet to be published in a peer-reviewed journal, are expected to spur further investigation into the mysteries of time and quantum mechanics.  “It took a positive amount of time, but our experiment observing that photons can make atoms seem to spend a negative amount of time in the excited state is up!” wrote Aephraim Steinberg, a physicist at the University of Toronto, in a post on X (formerly Twitter) about the new study. Woo-hoo! It took a positive amount of time,but our experiment observing that photons can make atoms seem to spend a *negative* amount …

Gold-Sulfur Complex Found to Play Crucial Role in Gold Deposit Formation

Gold-Sulfur Complex Found to Play Crucial Role in Gold Deposit Formation

Published by Webster

A breakthrough discovery by an international team of scientists has highlighted the role of a gold-sulfur complex in the formation of gold deposits on Earth. The study, co-authored by Adam Simon, Professor of Earth and Environmental Sciences at the University of Michigan, was recently . It details the previously unknown conditions under which gold is transported from deep within the Earth’s mantle to the surface. Role of the Gold-Trisulfur Complex According to the research, published in the Proceedings of the National Academy of Sciences (2024), a unique gold-trisulfur complex forms under specific pressure and temperature conditions in the mantle, situated 30 to 50 miles beneath active volcanic zones. This complex, which has been debated in scientific circles, plays a significant role in the enrichment of gold in magma that travels to the surface. The findings shed light on why certain subduction zones, where tectonic plates converge, are particularly rich in gold deposits. Volcanic Activity and Gold Deposits The study highlights subduction zones around the Pacific Ring of Fire, where volcanic activity is prevalent, as key …