The Extraterrestrial Library

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Wild monkeys in West Africa have been observed climbing vertical tree trunks using a degree of foot flexibility that res...
09/11/2026

Wild monkeys in West Africa have been observed climbing vertical tree trunks using a degree of foot flexibility that researchers did not realise they possessed. The finding challenges a key assumption used to interpret fossil feet in human evolution.

Fossil foot bones are heavily used to reconstruct how extinct primates and early human relatives moved. If a foot looks rigid and adapted for walking, researchers infer the animal spent its time on the ground. If it looks flexible and grasping, they infer tree climbing. That interpretation depends on knowing what real feet are actually capable of.

These monkeys demonstrate more capability than their bone structure alone would suggest. They can perform demanding vertical climbing using flexibility that would not necessarily be predicted from studying their skeletons.

That has direct consequences for how we read the fossil record. If living primates can do more than their bones imply, then extinct species may also have been more versatile than their fossils suggest. Assumptions about when human ancestors stopped climbing trees may need revisiting.

Bones only tell part of the story. How much of what we believe about how our ancestors moved is built on what their skeletons appear to allow?

(Source: ScienceDaily, August 31, 2026 / Primatology)

09/10/2026

The Gospel Of Judas: An Ancient Text That Calls Him The Disciple Who Understood

Scientists analysing a 2,200-year-old Roman shipwreck found that its hull had been coated with pine tar, and in one spec...
09/10/2026

Scientists analysing a 2,200-year-old Roman shipwreck found that its hull had been coated with pine tar, and in one specific area with a mixture of pine tar and beeswax. The coating did more than keep water out. It preserved a record of where the ship came from.

Pollen grains became trapped in those ancient coatings as they were applied. Because different plants grow in different regions and flower at different times, that trapped pollen acts like a fingerprint, offering clues about where and when the materials were sourced and the ship was built or maintained.

Waterproofing was essential to Roman maritime power. Wooden hulls constantly take on water, and a vessel that cannot be sealed cannot make long voyages. Pine tar was the standard solution, produced by slowly heating pine wood to extract a thick resinous substance. Adding beeswax in one area suggests a deliberate choice for that particular part of the hull.

The Romans built an empire that depended on sea trade across the Mediterranean, moving grain, w**e, oil, and people. The technology holding those ships together was tar, wax, and skilled hands.

A layer of tar applied by someone 2,200 years ago is still telling us where their ship had been. What else is trapped in the materials ancient people left behind?

(Source: ScienceDaily, August 21, 2026 / Archaeology)

09/09/2026

The Council Of 553: The Church Condemned The Idea That Souls Exist Before Birth

Ancient fossils suggest that insects moved onto land gradually through a long amphibious phase, rather than making an ab...
09/09/2026

Ancient fossils suggest that insects moved onto land gradually through a long amphibious phase, rather than making an abrupt leap from water to dry ground. A newly identified species from 324 million years ago sits right in the middle of that transition.

The move from water to land is one of the defining events in the history of life. It is often pictured as a dramatic moment, a creature hauling itself onto a shore. This research suggests that for insects, the reality was far slower and messier, with generations living between both worlds.

The newly described species retained features suited to aquatic life while also showing adaptations for existing on land. It was not fully one or the other. That in-between state, maintained across a long stretch of evolutionary time, is exactly what a gradual transition looks like in the fossil record.

Insects are now the most numerous and diverse group of animals on the planet. Understanding how their ancestors made the shift to land explains a great deal about how they came to dominate nearly every terrestrial habitat on Earth.

The conquest of land is usually told as a single bold step. What if most of it happened slowly, in the shallows, over millions of years?

(Source: ScienceDaily, August 27, 2026 / Palaeontology)

09/08/2026

Dr. Christopher Kerr Studied 1,400 People Near The End Of Life. Most Reported Seeing Family They Lost

Sweden could become an important source of rare earth elements, the metals needed for magnets, electric motors, wind tur...
07/31/2026

Sweden could become an important source of rare earth elements, the metals needed for magnets, electric motors, wind turbines, and a wide range of green technologies. Researchers are taking an unusual approach to finding them.

Conventional mining targets one valuable metal and treats everything else in the rock as waste. The new approach flips that. Instead of extracting a single target element, researchers are cataloguing everything contained in Swedish mineral deposits, building a complete inventory of what is actually in the ground before deciding what to extract.

The logic is efficiency. Rare earth elements often occur in small concentrations mixed with many other minerals. If you only look for one, you discard material that may contain several other valuable elements. A full catalogue reveals the true value of a deposit and allows extraction methods to be designed around everything present rather than one target.

Rare earth supply is currently dominated by a small number of producers globally, which creates strategic and economic vulnerability for countries dependent on imports for their technology and energy infrastructure.

Mining has traditionally meant taking one thing and throwing away the rest. What becomes possible when you account for everything in the rock first?

(Source: ScienceDaily, July 24, 2026 / Geology)

The most powerful quantum states are notoriously difficult to create. A team just found a way to make them that is almos...
06/14/2026

The most powerful quantum states are notoriously difficult to create. A team just found a way to make them that is almost embarrassingly simple.

Published June 6, 2026, a team at the University of Chicago discovered a surprisingly simple method for creating powerful quantum states that are normally extremely difficult to produce, by making small adjustments to energy levels.

Quantum states are the foundation of quantum computing, ultra-precise sensing, and next-generation technology. But the most useful and powerful quantum states, the ones that let quantum computers vastly outperform regular computers, have historically required extraordinarily complex, delicate, and expensive setups to create and maintain. This difficulty has been one of the biggest barriers to building practical quantum technology.

The new approach sidesteps much of that complexity. Instead of elaborate procedures, the researchers found that simple, careful adjustments to the energy levels of a quantum system can generate these powerful states directly. What was thought to require enormous effort turned out to be achievable through an elegant shortcut.

In science, the most transformative breakthroughs are often not the most complicated ones. They are the discoveries that take something everyone believed was hard and reveal a simple path nobody had noticed. If powerful quantum states can be created this easily, it could dramatically accelerate the development of quantum computers, bringing a technology that was always "decades away" significantly closer. Sometimes the hardest problems have the simplest hidden solutions.

(Source: ScienceDaily, June 6, 2026 / Quantum Physics / University of Chicago)

It was so tiny people mistook it for a sesame seed. It turned out to be a species nobody had ever named.Published 2026, ...
06/13/2026

It was so tiny people mistook it for a sesame seed. It turned out to be a species nobody had ever named.

Published 2026, scientists in Taiwan discovered that a minuscule sea slug, small enough to be mistaken for a sesame seed, is actually an entirely new species previously unknown to science.

Sea slugs are among the most diverse and visually stunning creatures in the ocean, ranging from flamboyant, colorful species to tiny, easily overlooked ones. This particular slug falls into the latter category. Its sesame-seed size meant it could easily be ignored, brushed aside, or never noticed at all during ordinary observation.

It took careful examination and genetic analysis to confirm that this tiny creature represents a distinct species, separate from all known relatives. Its small size likely explains why it remained undiscovered for so long, hiding in plain sight in coastal waters that people have studied for decades.

The discovery is a reminder that biodiversity is not just about large, charismatic animals. Some of the most numerous and important creatures on Earth are tiny, and many remain completely unknown simply because they are too small to attract attention. A new species, the size of a seed you would sprinkle on bread, was waiting to be found in the shallows of Taiwan. How many more are out there, too small for anyone to notice?

(Source: ScienceDaily, 2026 / Marine Biology)

Scientists built something that had never existed anywhere, by stacking invisibly tiny silver bricks like a child playin...
06/13/2026

Scientists built something that had never existed anywhere, by stacking invisibly tiny silver bricks like a child playing with LEGO.

Published May 30, 2026, researchers stabilised a mysterious crystal phase of matter that had never been observed before, by precisely stacking custom-designed silver nanoparticles like nanoscale building blocks.

Matter normally exists in familiar phases like solid, liquid, and gas, and within solids, atoms arrange into specific crystal structures determined by their natural chemistry. But by engineering silver nanoparticles with exact sizes and shapes and assembling them deliberately, scientists forced matter into a configuration that nature never produces on its own.

Think of normal crystals as structures that build themselves according to fixed rules. The researchers overrode those rules. They designed each nanoparticle "brick" and stacked them into an arrangement that does not occur naturally, creating a genuinely new phase of matter that exists only because humans intentionally built it.

The new material does more than break a record. It solves a long-standing problem in materials science and shows properties that could transform quantum technology, where exotic material phases are extremely valuable for building advanced computers and sensors.

We usually discover new states of matter by finding them in nature or creating extreme conditions. This time, scientists simply built one, brick by brick, like assembling a structure that the universe itself had never gotten around to making. A new phase of matter, designed and constructed by human hands.

(Source: ScienceDaily, May 30, 2026 / Materials Science)

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