Volcano Wakes Up After 700,000 Years

Late last year, satellite instruments recorded a series of subtle changes in a mountainous region near the Iran-Pakistan border. The movements were not dramatic or even visible to the eye, but they piqued the interest of geophysicists.

The location is far from urban centers and there are no instruments on the ground. Yet a pattern had formed over several months that point to a shift originating within a long-quiet volcano known as Taftan. Located in southeastern Iran, Taftan had shown no signs of activity for hundreds of thousands of years.

Between July 2023 and May 2024, Taftan’s summit rose by 3.5 inches and remained stable over that period, with no sign of reversal. A study modelled the source of the uplift at a depth of 490 to 630 meters. The deformation implies that pressure is accumulating in the form of hot fluids and gases circulating beneath the surface.

The uplift is not due to rainfall, seismic activity, or other external events. The cause is probably driven by either gas accumulation in rock fractures or a pulse of magma releasing volatiles into subsurface layers.

Taftan is one of Iran’s tallest volcanoes. Its summit vents have emitted sulfur-rich gas for decades. However, no eruptive activity has occurred in recent geological time.

In 1902, reports refer to intense gas emissions with a night-time glow visible from surrounding areas. A lava flow was reported in 1993, but it may have been molten sulfur rather than lava.

Rock samples indicate the last magma-related activity occurred 700,000 to 800,000 years ago. Volcanologists stress that long periods of dormancy are not unusual. Many volcanoes have been inactive for millennia before showing surface changes. Taftan is now considered a dormant but dynamic system. Ground changes may precede more activity, even without a visible eruption.

Taftan sits in a remote province that is arid, sparsely inhabited, and has no permanent scientific monitoring infrastructure. There’s no seismometers, GPS stations or gas analyzers. That leaves only satellites to fill in the gaps. The creation of a local monitoring network to measure sulfur dioxide, carbon dioxide, and water vapor emissions would help determine if the pressure is stabilizing or increasing.

The current uplift alone is not an indicator of imminent eruption. However, the movement indicates the type of pressure build-up that can lead to steam-driven events triggered when superheated water rapidly expands near the surface. Such events don’t typically involve lava but can eject ash and gasses. They are unpredictable, occurring with little or no warning.

Taftan’s summit vents are active. Sometimes, residents of Khash, located 50 kilometers away, report sulfur odors. The possibly not-dormant-anymore volcano is being watched.

 

https://www.msn.com/en-us/weather/topstories/remote-volcano-wakes-up-after-700-000-years-of-complete-silence/ar-AA1ThQEL?ocid=hpmsn&cvid=695447e377f4450e9d6f669804a4258d&ei=45

New Forms of Life

Late last year, it was reported that scientists had discovered new forms of life inside human bodies. They don’t match anything biology has classified.

A new class of RNA molecules was discovered inside bacteria that lives in the human body. They are circular genetic structures called obelisks. They differ from known viruses and bacteria. They appear to represent an unclassified category of RNA.

The discovery came from an analysis of genetic material obtained from microbial communities inside humans. Obelisks may be present across global populations. But their exact function is unclear.

These RNA entities are simple. They don’t encode proteins. They don’t form protective protein shells. They consist of short loops of RNA that replicate, although how remains a mystery.

More than 3,000 types of obelisks have been identified using computational tools designed to detect circular RNA structures in large genomic libraries. Researchers detected closed-loop RNA structures that lack protein-coding regions. As such, the molecules resemble viroids, which are also non-coding, circular RNAs. However, viroids infect plants, but obelisks are only found in human-associated bacteria.

Many of the obelisks are embedded in bacterial genomes, which suggests they may have adapted to specific bacterial hosts. No immediate health effects have been linked to obelisks, but their residence in bacteria that support digestion, immunity, and other function point to future research on the matter.

Obelisks don’t conform to definitions of viruses, plasmids, or other mobile genetic elements. They fall outside microbial categories.

The implications extend into evolutionary biology, particularly in the origins of RNA-based life. Some theories suggest early life may have relied solely on self-replicating RNA. Obelisks could offer insight into these early evolutionary stages.

Obelisks do exhibit genetic diversity. Different variants appear in specific regions of the body. This may reflect host-specific adaptations. It is unknown if they have any regulatory or ecological function in the microbiome.

There is scientific interest in non-coding and circular RNAs, which play roles in gene regulation and cellular function in plants and animals. Obelisks are different in that they seem to operate independently, with no participation in protein synthesis or cellular regulation.

The discovery shows that modern metagenomic-sequencing can detect molecular entities that don’t fit into established classifications.

Scientists expect further discoveries of novel RNA forms with unknown roles. It is not known if obelisks are ancient relics or modern molecular parasites. Research continues.

 

https://www.msn.com/en-us/health/medical/scientists-discover-new-forms-of-life-inside-human-bodies-that-don-t-match-anything-biology-has-classified/ar-AA1T7ARd?ocid=hpmsn&cvid=695189ccf8ea491b9920af677646366e&ei=56

Ancient Death Valley Lake Revived

Last year, an ancient lake reemerged at Death Valley National Park after the region’s wettest fall on record. Several inches of water filled Badwater Basin, the lowest point in North America, which is 282 feet below sea level. The basin is usually bare without moisture, which makes this a rare phenomenon.

During the Ice Ages, the basin—usually referred to as Lake Manly—had depths up to 700 feet and measured nearly 100 miles long. Between 128,000 and 186,000 years ago, ice covered the Sierra Nevada. Rivers flowed into a long valley that fed Lake Manly.

Between September and November of 2025, 2.41 inches of rain fell in Death Valley, which doesn’t typically see that much rain in a full year. November recorded 1.76 inches of rain, breaking the 1923 record of 1.7 inches. Similar conditions have not been seen since (Pacific) Hurricane Hilary struck the region, bringing more than 2 inches of rain on August 20, 2024.

The water can’t drain out of the basin because it is contained and at such a low elevation. The basin’s edges act like a seal, so the only way for water to escape is through evaporation.

When Lake Manly holds water, it creates a vibrant reflection of the surrounding mountains. But the most exciting aspect of the rainfall is that it could spark a superbloom of wildflowers the following spring. The pace and amount of rain were perfect for a significant wildflower display the next spring. The last superbloom occurred in 2016.

In February 2026, Death Valley National Park hosted the Dark Sky Festival, which gives visitors the opportunity to sky gaze. Death Valley is a Gold Tier Dark Sky Park, the highest rating of darkness.

This small patch of water offers a window into the landscape of the Ice Ages. Rivers from the Sierra Nevada carved through valleys and filled the basin to remarkable depths.

 

https://www.msn.com/en-us/weather/topstories/death-valley-s-record-rainfall-revives-ancient-lake-that-existed-128-000-years-ago/ar-AA1TaUFT?ocid=hpmsn&cvid=6951e98d66ac476aa9252e415f564bb0&ei=43

Perseverance Found a Rock

NASA’s Perseverance rover has combed Jezero Crater for years, looking for traces of ancient microbes. However, its most interesting find is a rock. Specifically, a rock that does not belong on Mars. This discovery exposes a new kind of mystery. One about what reaches the Red Planet and how those arrivals might complicate the search for biology.

Perseverance was sent to Mars to look for chemical whispers of long-vanished microbes. Its tools were meant for sedimentary targets, not stray boulders that possibly fell from deep space. Yet those same instruments can be used on out-of-place boulders to study a broader aspect of planetary history.

The object is a compact, sculpted mass that is definitely not part of the dusty basalt and sediment of Jezero Crater. Its texture and metallic sheen suggest it was not carved by Martian wind or water.

Imaging and analysis imply it might be a possible meteorite. The surface is pitted and fused in ways consistent with a plunge through an atmosphere. One meteorite on a planet that has been bombarded by them for billions of years might not sound important. Jezero Crater once held a lake with a river flowing away from it. These conditions provide the best chances for biosignatures. Dropping a rock rich in iron into that setting complicates the story.

Scientists had been waiting for this. Given how common iron nickel meteorites are on Earth, they were baffled that Perseverance had not seen any such meteorites in the crater. Until now. The find fills a gap in expectations and demands a recalibration of how meteorites weather, survive, and appear on the Martian surface.

Perseverance’s team is operating at the edge of what remote sensing can do. It uses subtle shifts in mineralogy to reconstruct ancient environments. When the team labels a new object as totally alien to the Red Planet, that judgement is based on years of comparative study. The meteorite is visually strange, but also chemically and texturally different from the Jezero rocks.

The meteorite has been referred to as “Phippsaks,” a nickname that now anchors a growing archive of images, spectra, and contextual observations.

The meteorite discovery arrived as scientists were rethinking the Martian atmosphere. Perseverance’s microphone has detected electric sparks on Mars, which hint at active electrical processes in the thin air. The Martian sky may not be as quiet or simple as once thought. If dust storms and atmospheric conditions are more dynamic than thought, those conditions will influence how meteorites burn, fragment, and land.

The meteorite is interesting, but Perseverance was sent to search for signs of ancient life. A sample from an ancient riverbed may contain the clearest chemical hints of past biology.

Against that backdrop, the meteorite is likely sterile metal, battered by radiation during its journey through space. Yet it can deliver elements and compounds that alter the chemistry where microbes might have once lived. A foreign rock landing in a once habitable delta is another layer of complexity that must be taken into account.

 

https://www.msn.com/en-us/news/technology/perseverance-spotted-a-mars-mystery-and-nasa-is-treating-it-as-massive/ar-AA1T8rnm?ocid=hpmsn&cvid=695189ccf8ea491b9920af677646366e&ei=85

Ancient New Zealand

An island cave has revealed 1-million-year-old remnants of a lost world. Fossils found in a cave on New Zealand’s North Island represent 12 ancient bird species (several previously unknown) and four frog species from more than a million years ago. They paint a picture of an ancient world drastically different than it does today. It also fills a gap in the patterns of extinction the preceded human arrival only 750 years ago.

The fossils were found between 2 layers of volcanic ash, each from a different major eruption. The first eruption was 1.55 million years ago, and the second was 1 million years ago. Many species were already extinct when humans arrived. It is estimated that 33 to 50 percent of all species on the island went extinct during the million years before humans arrived. This was likely caused by rapid climate shifts and cataclysmic volcanic eruptions.

The extinction of New Zealand’s bird was primarily blamed on human arrival, but this study shows that natural forces were already sculpting their unique wildlife.

The fossil finds included a new species of parrot, Strigops insulaborealis. This an ancient relative of the Kākāpō, which is a large flightless parrot known for its heft. This ancestor may have been able to fly, but it had weaker legs than its modern relative, so it wasn’t the skilled climber that the Kākāpō is. More research is needed to be sure.

Researchers also found an ancestor of the modern Takahe, opening further study into that bird. Also, fossils of an extinct pigeon species closely related to the Australian bronzewing pigeons are exciting.

Previous excavations revealed life in New Zealand between 20 and 16 million years ago. These new discoveries give evidence of life from 15 to 1 million years ago. New Zealand’s ancient history wasn’t missing a chapter; it was missing an entire volume.

 

https://www.msn.com/en-us/news/technology/scientists-explored-an-island-cave-and-found-1-million-year-old-remnants-of-a-lost-world/ar-AA1VAauK?ocid=hpmsn&cvid=69fb78aa6b964b68a89eac64047e6060&ei=146

Let There Be Light

Forget about the argument over how much of the year should be on Daylight Savings Time, how would you like there to be daylight at all hours of the night? A giant space mirror may soon be sent into orbit to reflect sunlight onto the dark side of the Earth.

Okay, one won’t be big enough to light up the entire dark side of Earth, just patches of it. Reflect Orbital, a California startup, plans to deploy and operate Earendil-1, which would be a prototype satellite with a reflective film that’s roughly 59 feet across.

This first test could allow certain regions to have sunlight 24/7. They say this could have important applications in solar energy and agriculture. Solar energy I can see, but I’m not sure about agriculture because I am a firm believer that plants need to rest, just like animals do.

Earendil-1 will orbit about 625 kilometers above Earth. A motorized reflector will aim sunlight at a designated target. The illuminated area would span at least 5 kilometers. This one spacecraft can provide only brief illumination. A longer spot of light would require many satellites passing in succession.

Reflect Orbital says such beams of light could help with search-and-rescue scenes, light up disaster zones and remote construction sites. Maybe. But would you like to be woke up every time one of these sunlight beams wander over your house?

This is only one spacecraft, so how disruptive could that be? Well, the company plans to have 2 satellites this year, over 5,000 by 2030, and more than 50,000 by 2035. With that many reflectors aimed at Earth, it could be pretty disruptive, I’m thinking. It’d be great for solar farms, but what about wildlife that couldn’t do whatever they normally do at night? And why bother with street lights when you could just light up the city with a few dozen mirrors. I’m betting black-out curtains would become quite fashionable.

The Federal Communications Commission (FCC) approved the deployment of this first mirror but declined to require a full environmental assessment. People made comments about wildlife that need darkness to navigate, reproduce or hunt. They also brought up concerns about human sleep and aviation. The FCC thought those claims were not a worry for one satellite. They declined to consider the ramifications of a hypothetical fleet.

The main critics are astronomers, who have serious concerns. A mirror could appear as a bright moving object, which would leave streaks across telescope images. That reflected light would also be scattered through the atmosphere.

A recent European Southern Observatory study found that, with 50,000 reflecting mirrors, every exposure from an observatory’s wide-field camera would be lost whenever the mirrors were sunlit. They also calculated the full fleet would make the night sky 3 to 4 times brighter, even if individual beams were not pointed near observatories.

The FCC received more than 1,800 comments objecting to the proposal. Some of them were from astronomists and dark-sky groups. But the agency’s authority centers on satellite communications and radio frequencies. Therefore, they could not consider those comments.

Mirrors have been sent into orbit before. Russia deployed Znamya 2, a 20-meter reflector in 1993. It cast a five-kilometer patch of light that raced over the ground of Europe at 8 kilometers per second. The entire thing lasted a few minutes. In 1999, a larger follow-up mirror snagged on an antenna during deployment. Naturally, that ended the experiment.

NASA projects that reflecting sunlight is possible but controlling it and making it useful is harder.

One thing that wasn’t mentioned in the article is how much heat is going to be reflected to Earth with the sunlight? The planet is already overheated, as evidenced by the droughts and severe heat waves we are experiencing. We don’t need more heat being added to the atmosphere and ground during the night, when the planet is supposed to be cooling off.

We also don’t need another 50,000 satellites clogging up the near-Earth space. It already looks like rush-hour traffic out there. This takes a toll on astronomy projects, too.

Okay, I can’t stop them from sending up a prototype. But I hope it fails miserably. Everything living on Earth is used to having a day/night cycle.

If a company just HAS to put satellites in orbit, they should do something to make it up to the astronomers who are trying to understand our universe. Like build a new space telescope and send it out beyond the ring of satellites that already circle our globe.

 

https://www.msn.com/en-us/news/technology/the-us-cleared-a-giant-space-mirror-to-shine-sunlight-after-dark-and-turn-night-into-day/ar-AA27Ujht?ocid=hpmsn&cvid=a8cf5b2a94754b05938e873ab337a5e0&ei=37

Dead Sea Scroll Deciphered

A 2,000-year-old code has been cracked! It looked like random scratches on parchment, but specialists can finally read it. This means that a handful of obscure Dead Sea fragments provide a new window on one of antiquity’s most studied communities. The new information tightens the focus on the Qumran sect. It reveals how they organized their sacred calendar, guarded their teachings, and even experimented with writing itself.

Specialists used to think of the Cryptic B writing as an irritant in research on the Dead Sea Scrolls. It was a strange alphabet that was only seen in tiny, damaged fragments. The characters did not match Hebrew, Aramaic, or Greek letters. The few repeated shapes were too scattered to allow decipherment. Then one scholar mapped the recurring patterns across all known fragments and found that the odd symbols were not decorations or shorthand. They were a fully structured script that systematically encoded Hebrew words.

The key was that a handful of signs appeared in positions where one would expect common Hebrew consonants. Also, the spacing of the text mimicked the rhythm of known liturgical and legal phrases from Qumran. Once those facts were noted, the rest fell into place and revealed that scribes had swapped a consistent substitute for standard letters. It wasn’t a random cipher. Cryptic B was a rule based script that could be read like any other. This work is seen as a step in decoding the last unreadable corner of the Qumran corpus.

But why would the Qumran community write in code when ordinary Hebrew script was in daily use? It has become clear that the sect was not hiding explosive doctrines. Instead, it was writing certain teachings and calendrical calculations as restricted knowledge, reserved for properly instructed insiders. The decoded fragments have the same themes as the better known scrolls, such as purity rules and festival observance. This suggests that secrecy was about controlling access. They weren’t inventing a parallel theology.

The breakthrough confirms earlier interpretations of the Qumran group as tightly organized with a strong sense of boundary. The cryptic B passages align with their distinctive calendar and legal traditions. The script was part of the same intellectual world as the rest of the library. It was not a rogue experiment, but a tool in a strategy of managing sacred information. This fits with scholars’ descriptions of the sect’s discipline and helps explain why the fragments were carefully preserved despite their tiny size.

Cryptic B is intriguing because it is a carefully engineered writing system that sits alongside other enigmatic scripts from the same site. Among Qumran manuscripts, specialists have recognized several unusual alphabets such as Cryptic A and Cryptic B. The basic idea seems to be substituting one set of signs for another while still following the structure of Hebrew words.

Structural clarity shows that the scribes were not improvising, they were working with a convention that other members of the group could learn and reproduce. Cryptic B appears only in limited contexts, often on fragments dealing with sensitive topics. This suggests this alphabet was deployed selectively rather than universally. When one studied the pattern across the corpus, it seems this scribal culture experimented with layers of writing, from standard scripts to specialized codes. This would signal different levels of access inside the same physical library.

Decades of frustration ended when a specialist in ancient scripts pulled together all the available photographs and transcriptions. He treated the problem as a unified puzzle instead of isolated curiosities. He tracked specific signs clustered around familiar formulae and compared the cryptic fragments with passages in Hebrew script. Finally, he could show that the unknown alphabet was a consistent system.

The new knowledge dovetails with earlier work on the Qumran calendar. Years ago, researchers decoded another scroll that laid out the community’s schedule of festivals and seasonal transitions. The group followed a structured, solar based calendar.

 

https://www.msn.com/en-us/lifestyle/mind-and-soul/2-000-year-old-code-cracked-a-dead-sea-scrolls-secret-revealed/ar-AA1SXywN?ocid=hpmsn&cvid=69504ba802754e8997779ac7d601a875&ei=101

Flat-Headed Cat Thought Extinct

In southeast Asia, there was an unusual type of wild feline called the flat-headed cat. It was considered endangered since 2008 and, until recently, “possibly extinct.” However, the flat-headed cat’s continued existence has been confirmed using remote camera trap images in Southern Thailand. Before that, none had been seen for 3 decades.

These remote cameras saw the flat-headed cat 13 times in 2024 and 16 times in 2025. This was the first they’d been seen since 1995 and comprised the largest survey of the species ever done. At one point, a female flat-headed cat was recorded with her cub, so there is reproduction happening in the area.

A flat-headed cat (Prionailurus planiceps) is a small wild cat with short reddish-brown fur. Its head is elongated, and its ears rounded. Its slender body is 16-20 inches long with a tail of 5-6 inches in length. It weighs 3.3 to 5.5 lb. The flat-headed cat has a distinctive flattened forehead. The are the smallest wild cats in Southeast Asia and weigh less than half as much as a typical domestic cat. They may be closely related to leopard cats and fishing cats.

First described in 1827 based on a zoological specimen collected in Sumatra, it is also native to the Thai-Malay Peninsula and Borneo. It inhabits wetlands like mixed freshwater swamp forests, peat swamp forests, and lowland freshwater swamps near rivers and coasts. It typically preys on fish, frogs, and crustaceans.

Besides the cat’s small size, limited numbers, and nocturnal behavior, the species has an elusive nature that makes it difficult to observe. Additionally, litters normally only produce one cub.

Although small, the cat’s webbed toes help it be the apex predator in peat and wetland swamp ecosystems. They have been threatened by habitat loss from land conversion, fishing, agricultural encroachment, hunting, pollution of waterways, and diseases spread from domestic animals. To help combat this, local Muslim communities help conserve the species by not hunting wildlife, depending on fishing, and collecting forest products.

 

https://www.msn.com/en-us/news/world/flat-headed-cat-once-seen-as-possibly-extinct-seen-for-first-time-in-years/ar-AA1T7MNS?ocid=hpmsn&cvid=69504ba802754e8997779ac7d601a875&ei=96

https://en.wikipedia.org/wiki/Flat-headed_cat

Galaxy with Double Nucleus

We all assume that every galaxy has a nucleus at its center. But astronomers have discovered that the nearby galaxy NGC-4486B has a double nucleus, which they hadn’t seen before. NGC-4486B is located close to the Virgo Cluster’s central region. This discovery gives new insight into the end stages of supermassive black hole (SMBH) mergers. When such things happen, they shape galaxies across cosmic time.

Using advanced methods of observation, the team found two distinct bright regions at NGC-4486B’s center. This strongly suggests that the galaxy has two compact stellar components. Each would potentially be associated with an SMBH remnant.

Detailed measurements revealed slight differences in the brightness and motion of stars near its galactic core. These differences would be consistent with the gravitational influence of a pair of black holes that had recently merged.

Galaxies with dual nuclei are rarely observed. Although once considered a calm and ancient elliptical system, NGC-4486B now seems to bear the scars of a recent cosmic event. This event could redefine our understanding of black hole mergers in mature galaxies.

Not long ago on a cosmic timescale, indications are that two supermassive black holes at the core of NGC-4486B. Despite its proximity to the massive M87 in the Virgo cluster and the age of the galaxy, the data says that final relaxation is incomplete, which leaves a record of this violent past. Since its SMBH have merged relatively recently, its nucleus is a rare change for studying post-merger SMBH dynamics.

NGC-4486B is one of a handful of galaxies that can be directly probed as to the aftermath of black hole mergers. This stage is usually hidden by dust, distance, or time. This galaxy’s proximity gives astronomers an opportunity to redress models of gravitational wave emission as well as stellar dynamics in post-merger systems.

Obviously, black hole activity can persist even in old, staid galaxies. A supermassive black hole merger releases horrendous amounts of energy, which can reshape surrounding stellar orbits and alter the galaxy’s form and structure.

Using the signatures of this merger, scientists can test theoretical models. NGC-4486B could be used as a benchmark for studying these types of mergers and could bridge the gap between simulations and observation.

Observing a double nucleus system may prove how galaxies like our Milky Way might evolve after their central black holes merge. In addition, next-generation observatories may soon detect low-frequency gravitational waves from other similar, nearby systems.

NGC-4486B reminds us that even tranquil galaxies can hide the echoes of cosmic violence.

 

https://www.msn.com/en-us/news/technology/astronomers-uncover-mysterious-double-nucleus-at-the-heart-of-galaxy-ngc-4486b/ar-AA1T83Ox?ocid=hpmsn&cvid=69504ba802754e8997779ac7d601a875&ei=55

68-Million-Year-Old Egg

In 2011, Chilean researchers unearthed something on Seymour Island near Antarctica that resembled a deflated football. It was leathery and wrinkled, was about 11 by 8 inches in size, and not knowing what it was, they nicknamed it “The Thing.”

Now, after years of analysis, scientists say it is a soft-shelled egg from 68 million years ago. The creature that laid it was a large sea lizard (mosasaur) and the egg is known as Antarcticoolithus bradyi. The discovery stunned paleontologists because it was the largest soft-shelled egg ever found, and the second-largest egg of any known species.

This egg had a thin, flexible shell that resembles modern snake eggs. It is from an animal as large as a large dinosaur, but it’s not a dinosaur egg. It reveals information about ancient marine reptile reproduction.

The likely mother was a giant mosasaur, and skeletal remains of a Kaikaifilu hervei was found near the egg. Scientists estimated her size to be at least 23 feet long, excluding the tail. Mosasaurs were apex predators and related to today’s monitor lizards.

The site held more than one deflated egg. Fossilized remains of juvenile and adult mosasaurs and plesiosaurs suggest the area functioned as a prehistoric nursery, painting a vivid picture of ancient parenting.

Recent discoveries of soft-shelled eggs of Protoceratops and Mussaurus dinosaurs reveal that flexible shells were more common than believed. One scientist said that hard shells weren’t ancestral; they evolved independently. The race to understand prehistoric reproduction has begun.

Did mosasaurs lay eggs in the ocean, and they hatched almost immediately, like modern sea snakes? Or did they deposit eggs on beaches? The mosasaur’s massive size and weight implies beach nesting was unlikely.

Antarctica’s harsh conditions make it remarkable that such a delicate egg fossilized at all. That it did suggests ideal sediment and climate for fossilizing soft tissue, which usually degrade rapidly. Antarctica is becoming increasingly important because it may hold countless fossils that can reveal secrets about ancient life.

Further Antarctic expeditions are being planned as scientists hope to see how widespread this reproductive behavior was among marine reptiles. Did plesiosaurs use similar strategies? How many other eggs are waiting under the ice?

The mystery of “The Thing” has rewritten scientific understanding of marine reptile reproduction and challenged assumptions that had been held for generations.

 

https://www.msn.com/en-us/news/technology/scientists-found-a-giant-68-million-year-old-egg-and-the-thing-inside-could-rewrite-prehistoric-life/ss-AA1T7Smh?ocid=hpmsn&cvid=6950143722104be99bc51f41a022ee18&ei=47#image=10

Alien Life on the Moon?

Scientists are reassessing some ideas that have been long dismissed.

The Moon has long been considered unlikely to host any life. Its various lacks—atmosphere, liquid water, and geological activity—made the idea seem ridiculous. However, new findings and reanalyzed data have complicated things. While the discoveries do not confirm life, they do reopen questions about chemical activity, subsurface environments, and just how dynamic the Moon may be.

Craters near the Moon’s poles are colder than any environment on Earth. Data now shows that stable water ice is inside these craters, having likely accumulated over billions of years.

Water ice changes everything. When mixed with regolith (which is everywhere on the moon), it forms microenvironments that are cold and radiation shielded. Such pockets slow molecular decay and preserve volatiles for a long time. They aren’t habitable, but neither are they chemically inert. This makes the poles more of long term storage units instead of barren voids.

Modern instruments have identified simple organic compounds within lunar regolith that was brought to Earth decades ago. The likely source is meteors, but the survival on the compounds is key. Radiation, vacuum, and extreme temperatures should have destroyed the organics rapidly, yet they persisted. If organics could endure, more complex chemistry have advanced further than thought.

Billions of years ago, explosive eruptions formed lunar volcanic glass beads which held trapped gases inside. Research shows that some samples still retain measurable volatile content. This suggests that chemically rich environments existed repeatedly rather than momentarily. Though ancient, these environments supported complex reactions, so the Moon’s past may have been less static than once assumed.

Only meters beneath the Moon’s surface, temperatures experience relative stability. This is important because chemistry takes time. When shielded from radiation and temperature swings, molecules degrade slowly, extending the lifespan of compounds. The moon shifts from destructive to preservative below the surface, so chemistry can persist.

Meteor impacts melt lunar rock, which creates glassy regions that cool slowly. These melt zones trap heat and gases. Countless impacts created temporary chemically active pockets. These recurring windows increase the likelihood that complex molecules formed, survived briefly, and accumulated over billions of years.

The Moon has no global magnetic field, but localized patches of magnetism produced uneven radiation shielding, meaning that some regions have far less particle bombardment. This lower radiation slows molecular destruction. Rather than one hostile surface, the Moon has patches where compounds last longer. Earlier models assumed blanket destruction.

Extensive lava tube networks provide shielding from radiation, micrometeorites, and extreme temperatures. Here, conditions remain stable for millions of years. Organics would persist longest in these tubes.

Extremophile research has expanded our known biological limits. Dormancy, radiation resistance, and minimal water needs challenge older assumptions. Which doesn’t make lunar life likely. But it does weaken absolute dismissal.

This debate isn’t just about the Moon. It challenges how science defines sterility across all of space. A world may be chemically persistent even if it is biologically inactive.

That distinction matters. Declaring a world lifeless requires stronger evidence than silence. The Moon teaches restraint when labeling environments dead. Absence of life does not necessarily mean absence of complexity.

 

https://www.msn.com/en-us/news/technology/alien-life-on-the-moon-is-back-in-question-after-new-findings/ss-AA1SY55x?ocid=hpmsn&cvid=694ef86d21f24808a384583e500579cf&ei=22#image=11

Dinosaur Fossil Found in Antarctica

A massive dinosaur fossil was found under Antarctic’s ice. It’s been there for about 190 million years. Long before ice covered the southernmost continent, a massive plant-eating dinosaur lumbered across the land. It’s remains have been officially identified a new species: Glacialisaurus hammeri.

It’s not a recent discovery. The bones were unearthed in the early 1990s high on Mount Kirkpatrick, not far from the Beardmore Glacier. Because of the extreme environment, the fossils were chiseled and sawed out over multiple seasons. This was an exhausting and dangerous process. Then the bones sat unclassified until 2 researchers gave it a name and a place on the dinosaur family tree.

When the bones were discovered, they weren’t lying around. Located over 13,000 feet in elevation, they had to be removed from dense rock using jackhammers and rock saws. And what they pulled from the tock was not a complete skeleton; it was mostly just parts of a leg, foot, and ankle. But these fragments had unique features that set this dinosaur apart.

The Glacialisaurus hammeri was a sauropodomorph, which is a broad group that would later produce such giants as Apatosaurus and Diplodocus. It measured 20 to 25 feet long and weighed between 4 and 6 tons. It was large, but not quite the size of its later relatives.

Sauropodomorphs are interesting because they sit between early two-legged plant-eaters and enormous quadrupeds, which came later. According to analysis, when these dinosaurs lived, they were evolving rapidly and spreading all over the place.

Although not fully preserved, its tail may have been a defensive weapon. Some relatives are believed to have cracked their tails like whips, generating loud booms. That detail hasn’t been confirmed for Glacialisaurus.

The site had more than one discovery. Nearby, they uncovered remains of a theropod called Cryolophosaurus ellioti, bones from a possible sauropod, and a pterosaur wing bone. They even found a tooth from a tritulodont, which is a strange (and extinct) mammal-like reptile that is not easy to classify.

This suggests that Jurassic Antarctica wasn’t a barren wasteland. It might have been cold, maybe seasonal, but it supported a range of species. The presence of both primitive and advanced dinosaurs in the same area implies that evolutionary stages overlapped.

Glacialisaurus and its neighbors show how widely early dinosaurs were spread, even in places unexpected.

 

https://www.msn.com/en-us/news/world/a-190-million-year-old-dinosaur-fossil-was-found-under-antarctic-ice-and-it-s-absolutely-massive/ar-AA1SJ6S7?ocid=hpmsn&cvid=69499fae85184c6cab53548ad5035203&ei=32

Cosmic Collision

Astronomers thought they had found a new exoplanet 25 light-years from Earth. In reality, it was a never-before seen, head-on cosmic crash. Researchers described in a study the aftermath of two separate collisions between two small, rocky planetesimals. The findings were made possible by imaging done by the Hubble Space Telescope.

In 2008, astronomers found an unexplained bright object located 25 light-years from Earth. It was designated Fomalhaut b, but nobody knew what “it” was. The initial analysis said it could be a new exoplanet larger than our sun. On the other hand, its roiling cloud of debris indicated it was an expanding dust formation. It has one of the largest dust belts known, which makes it easy to study.

After years of intermittent examinations, one team aimed the Hubble Space Telescope at the mystery in 2023. But Fomalhaut b wasn’t at the expected coordinates. Instead, a bright spot of light was found in a slightly different location.

Fomalhaut b was the known source in the system. But careful comparisons of new images to past images showed it could not be the same source. This discovery was both exciting and confusing. This is the first time a point of light has appeared from nowhere. It’s completely absent in all previous Hubble images.

Further investigation indicates that the object—now classified as Fomalhaut cs1—isn’t an exoplanet and never was. More likely, the first observations in 2008 showed early results of a crash between components of early planetary development (planetesimals). More recent images show the dissipating remains of the smash.

Fomalhaut cs2—which was also studied two decades ago—displays similar traits. Past theories proposed this type of collision would occur in a given region once every 100,000 years. However, researchers have now seen two in only 20 years. Four independent analyses of the data agree that Fomalhault recently hosted two collisions of planetesimals.

Now astrophysicists can utilize the data to better construct planetary models and more accurately identify potential exoplanets. Since Fomalhaut cs2 looks like an exoplanet reflecting starlight, it is plain that a large dust cloud can masquerade as a planet.

 

https://www.msn.com/en-us/news/technology/first-of-its-kind-cosmic-collision-spotted-25-light-years-from-earth/ar-AA1SCht0?ocid=hpmsn&cvid=6944730e9f834e7483ec986db9d02131&ei=23

3,000-Year-Old Mass Burial

Archaeologists have discovered a mass burial site in the south of Scotland that dates to about 3,300 years ago.

Excavations undertaken in 2020 and 2021 revealed a Bronze Age barrow, which is an ancient burial mound. Inside the mound, cremated bones of several people were contained inside 5 closely-packed urns.

It is postulated that some event—possibly a famine—had resulted in so many burials at the same time. The cremated bones of at least 8 individuals were placed in this one burial event sometime between 1439 and 1287 BC. A small group of pits to the north revealed late Neolithic activity between 2867 and 2504 BC.

It is significant that the mass burial remains were cremated and buried almost immediately. This is unusual because there was a tradition in the Bronze Age of leaving bodies out for some time.

Other Bronze Age sites in the region indicate this may have been a time of stress, as they show evidence of famine and abandonment.

 

https://www.msn.com/en-us/news/world/archaeologists-uncover-3-000-year-old-mysterious-mass-burial-site/ar-AA1Syr5p?ocid=hpmsn&cvid=694401e571684f4395fc7525d4997578&ei=20

Life on Earth is Old

Life on Earth began somewhere. Scientists think that there was one single ancestor, which they call LUCA (Last Universal Common Ancestor). This would have been a unicellular organism that eventually diverged to create every living thing we have today. And I mean everything, from tiny bacteria to blue whales. And LUCA began a long, long time ago.

About 530 million years ago, the Cambrian Explosion saw the major expansion of complex life. It’s been estimated that LUCA appeared 4 billion years ago, about 600 million years after Earth’s formation.

But one study pushes that arrival back to about 4.2 billion years ago. It also indicated fascinating details of what life for LUCA might have been like.

To find exactly when life appeared on Earth, scientists had to work backward. They first compared genes in species living today and counted the number of mutations that have occurred since the common ancestor. Using a genetic equation, they worked out that LUCA must have existed as early as 400 million years after the planet’s creation. That would put his organism in the middle of the Hadean Eon, which was a hellish geologic nightmare. During this time, Earth experienced frequent collisions, including the one that created the moon. The surface was unstable, with lava bubbling to the surface.

The evolutionary history of genes is complicated. Scientists had to use complex evolutionary models to reconcile the history of genes with the genealogy of species.

The team also retraced the physiological characteristics of living species to discover what LUCA must have been like. Surprisingly, even though it was a unicellular organism, it appears to have had an immune system. This would indicate LUCA was already fighting off primordial viruses, which makes one wonder if viruses are truly alive.

While LUCA was exploiting and changing its environment, it’s likely it didn’t live alone. Its waste would have been eaten by other microbes such as methanogens, which produce methane as a by-product of their metabolism. Such arrangements might have created a recycling ecosystem.

Although this is the oldest common ancestor known, scientists don’t understand how life evolved from its very origins to the early communities that LUCA was part of.

 

https://www.msn.com/en-us/news/technology/all-life-on-earth-comes-from-one-single-ancestor-and-it-s-so-much-older-than-we-thought/ar-AA1So3MH?ocid=hpmsn&cvid=694052ebf2b54b488c496cce3ccd1493&ei=107

Ancient Tools Contradict Civilization Timeline

A long-standing question has stumped researchers: How did humanity come to inhabit the Islands of Southeast Asia (ISEA) such a long time ago?

The thought is that doing so would have required seafaring advancements beyond that considered likely during the Paleolithic era (Old Stone Age). But research shows that the ancient people of the Philippines and ISEA may have mastered seafaring before anyone else.

The evidence is stone tools excavated in the Philippines, Indonesia, and Timor-Leste. As far back as 40,000 years ago, there existed a technological sophistication in these ancient seafarers that rivals that of much later civilizations. The researchers say this challenges the believe that Paleolithic technical progress was centered in Africa and Europe.

Proving seafaring history is a trick endeavor. Organic wood and fiber—likely used in constructing seacraft—rarely survive in the archaeological record. But stone tools do. The most recent discovery shows traces of plant processing for the extraction of fibers. The fibers would have been used to make ropes, nets, and bindings, which are essential for building boats and open-sea fishing.

When you add in the discovery of fishing hooks, gorges (a fish book alternative), net weights, and the remains of tuna and sharks, it seems obvious a robust seafaring culture existed.

The presence of large open-sea fish at these sites indicate advanced seafaring techniques and knowledge of the time and routes of the migration of those species. There was a need for strong, well-crafted ropes and fishing lines.

The archaeologists believe these ancient seafarers made boats held together with ropes. The same rope technology would have been adapted for fishing.

Fossils and artifacts across the island proves that early humans moved across the open sea. But these scientists do not accept the theory that the prehistoric migrations were passive, that people drifted on bamboo rafts. Instead, they think the movement came from skilled navigators. They feel that direct or indirect evidence of boat-building is vital to understand human movement across island environments.

Such advanced maritime technology in prehistoric ISEA shows ingenuity. Their boat-building knowledge probably made the region a center for technological innovations tens of thousands of years ago. It would have laid the foundation for the maritime traditions that still thrive there today.

 

https://www.msn.com/en-us/news/world/archaeologists-found-ancient-tools-that-contradict-the-timeline-of-civilization/ar-AA1QBNgO?ocid=hpmsn&cvid=693f6c4211d9422bb32ac5d9db0e778e&ei=29

A 400,000-Year-Old Hearth

Humans may have tamed fire earlier than we thought, according to a 400,000-year-old hearth discovered in England.

Researchers found evidence of the ancient hearth, along with flint tools and bits of iron pyrite, at what used to be a woodland and pond site where Neanderthals are known to have lived or camped. It may be evidence that our ancestors knew how to strike the pyrite with flint to make sparks and start blazes.

The discovery was made at the Barnham site. It suggests human ancestors were making fire roughly 350,000 years earlier than thought. But they aren’t sure what the fire was used for. It might have been for cooking, carving tools, or sharing stories. Knowing when our ancestors learned to use fire could unlock mysteries of human evolution and behavior.

There are two theories that try to explain why the ability to make fire led to an increase in the size of the brain (over evolutionary time). One is that cooking increases calorie intake because cooked food is easier to digest. Another idea is that having a fire helped create a gathering space at night, which increased human sociality, prompting a cognitive evolution.

However, the finding does not show the start of humans making fire. It is the earliest known example of using fire that the researchers are confident about. There are earlier suggestions that our ancestors used fire in such places as South Africa, Israel, and Kenya, but those examples are not as definitive as this discovery. In archaeology, it’s difficult to know if a fire was started by nature or if humans had made it.

Did they collect it from natural sources? Carry it around and curate it? Or did they make it? The Barnham site is a compelling case that they knew how to make fire. The researchers found sediments that contain fire residue, as well as stone tools such as fire-cracked flint hand axes, and fragments of iron pyrite. Geologic analysis suggests the pyrite was extremely rare, so it was probably brought to this site to make fire.

But not all researchers are convinced. One stated that other Neanderthal sites, dated to around 50,000 years ago, featured flint tools that showed traces of having been struck by pyrite to make sparks. But not at this much older site.

Fire would have been useful for staying warm, nutrition, keeping predators away, and melting resin into glue, as well as other things.

It is important to realize that learning to make fire was not a linear process. It was a scattered process, with many different groups learning on their own. There’s also evidence that some groups of our ancestors learned to make fire and then lost the ability or stopped using fire for some reason. Some of those may have rediscovered how to make fire and possibly lost it again. It seems to be a complicated history.

 

https://www.msn.com/en-us/news/technology/in-a-400-000-year-old-hearth-hints-of-humans-taming-fire-earlier-than-thought/ar-AA1S5WuY?ocid=hpmsn&cvid=693a2c55b82340d7890331455cdc1239&ei=24

Ancient City in the Clouds

Rio Abiseo National Park is over 10,000 feet above sea level in Peru’s Andes Mountains. It is known to hold ancient artifacts, which archaeologists are still uncovering. In 2025, they located over 100 structures that had previously been unknown. They are part of the Chachapoya civilization from between the seventh and sixteenth centuries.

The area was first found in the 1960s, and the national park was founded in 1983. During the 1980s, archaeological teams found 26 ancient structures. This new discovery of so many structures expands the knowledge of the Chachapoya civilization, known as the people of the cloud forest.

This civilization had sophisticated urban centers, ceremonial platforms, cliffside burial structures, and agricultural terraces. It also had a distinctive architectural and artistic language, which is displayed in circular buildings, geometric decorations and decorated burials.

Researchers used various forms of analysis to create a map of this site from 2022 through 2024. The site contained ceremonial buildings with high-relief friezes, views of the cloud forest, and mosaics depicting humans. Technology allowed them to see through the forest, map the area, and interpret construction techniques and layout.

Investigations confirm the Chachapoya presence as far back as the 14^th century with hints the site was used even earlier. A nearby network of pre-Hispanic roads connects the site to others in the region. It seems the civilization was part of a well-connected territory.

The remote location means that the site has been subject to minimal human intervention, which helps protect the history. Like many other sites in the region, however, this one is fragile and overgrown by vegetation.

While the team was there, it undertook conservation interventions to stairs and stone reliefs, as well as a partial reassembly of a perimeter wall. If enough archaeological teams started doing the same to site that they explore, these ancient cities might become habitable again.

 

https://www.msn.com/en-us/travel/news/archaeologists-were-searching-a-forest-in-the-clouds-and-found-100-structures-from-an-ancient-city/ar-AA1Rzymu?ocid=hpmsn&cvid=692f2832a33a4d0c831eff647f741d05&ei=37

Mystery Foot

Remember Lucy, the fossilized skeleton of an ancient hominid found in 1974 in Ethiopia? Now the discovery of a mystery foot in Ethiopia suggests another unknown ancient relative lived in the same general area at about the same time.

The Burtele foot was named after the place where it was discovered in 2009. It was unmistakably different from Lucy, with an opposable big toe that somewhat resembled a human thumb. The fossilized foot indicates that its owner was skilled at climbing and spent more time in the trees than Lucy did.

Lucy’s species was more closely related to humans than chimpanzees. For a long time, this species was believed to be the ancestor of all hominids that came later.

The Burtele foot was a puzzle until scientists found new fossils, including a jawbone with 12 teeth, found at the same site. After identifying those fossils as belonging to Australopithecus deviremeda, they realized the Burtele foot was from the same species. So they had strong evidence that two closely related—but distinctly different—species lived in the same region at virtually the same time.

How did they share the same environment? Researchers concluded that Australopithecus deviremeda species spent much of its time in the forest. Meanwhile, Lucy and her ilk (Australopithecus afarensis) probably roamed the ground. It is likely that the two species had different diets and used their environment in different ways. Examination of the newly found teeth indicated that the Burtele foot species was more primitive than Lucy’s, with a diet of leaves, fruit, and nuts. They were unlikely to be competing for the same resources.

This discovery should remind us that human evolution was not a straight ladder. One species did not turn into the next. Instead, evolution should be viewed as a family tree with several “cousins” alive at the same time. Each species had a different way of surviving. We will likely never know if these particular species interacted.

As this family tree keeps growing with new species being added, it is hard to say which species were our ancestors and which were close relatives. Human evolution has a growing number of paths it might have taken.

 

https://www.msn.com/en-us/news/technology/mystery-foot-suggests-a-second-early-human-relative-lived-alongside-lucy/ar-AA1Rha7w?ocid=hpmsn&cvid=6928fae6b3a04bd585a20b944d8846b3&ei=50

3,000-Year-Old Gold Mine

Archaeologists have discovered an ancient Egyptian gold mine in the Sukari Mountains. The gold enticed the creation of a gold-mining camp 3,000 years ago. The multi-year archaeological project didn’t stop at finding the site.

This robust gold mine meant a mining camp was created around it. When it was found, the ancient camp was moved about two miles away so it wouldn’t interfere with the modern Sukari Mine.

The remains of the ancient processing complex included a facility for extracting gold from quarts veins, grinding and crushing stations, filtration and sediment basins, and clay furnaces to smelt the gold into a pure product. It indicated a highly orchestrated mining operation.

The gold miners developed an entire residential district on the site, which included houses, workshops, temples, administrative buildings, and bathhouses. Architectural remains from both the Roman and Islamic periods were found. Evidence shows that this space was used well after its creation.

The find expands our understanding of ancient Egyptian mining techniques and adds insight into the social, religious, and economic lives of the gold miners.

Artifacts found on the site include 628 pieces of broken pottery. Many of these were inscribed with hieroglyphic, ancient Egyptian cursive, and Greek scripts, showing a linguistic diversity in the region.

Other finds included bronze coins, terracotta figurines, small stone statues of deities, pottery vessels that held such items as medicines and incense, beads made of semi-precious stones, decorative items made from seashells, and five Ptolemaic offering tables.

Crews built a full-scale replica of the mining complex on 6.3 acres located approximately 2 miles from the active mine. This center includes exhibits and lots of information about the site and the life of ancient Egyptian gold miners.

 

https://www.msn.com/en-us/news/world/archaeologists-discovered-a-3-000-year-old-egyptian-gold-mine-and-another-world-around-it/ar-AA1Rcq0v?ocid=hpmsn&cvid=6927488fa04e4b7fb9572d1e90909288&ei=23

1,700-Year-Old Roman Burial

Beneath Budapest, archaeologists have discovered a remarkably well-preserved Roman sarcophagus that is 1,700 years old. This offers a window into the life of the young woman inside and the world she lived in.

The limestone coffin was discovered during an excavation in a northern district of the city that once was part of a bustling Roman settlement on the Danube frontier. The sarcophagus was untouched by looters and the stone lid sealed by metal clamps and molten lead. Inside was a complete skeleton surrounded by artifacts.

The coffin was among the ruins of houses vacated in the 3^rd century. The area was later repurposed as a burial ground. The researchers also uncovered a Roman aqueduct and 8 simpler graves.

This sarcophagus held many objects, including two intact glass vessels, bronze figures, and 140 coins. Artifacts that indicated the grave belonged to a young woman were a bone hairpin, amber jewelry, and traces of gold-threaded fabric.

During Roman times, much of Hungary formed the province of Pannonia. This frontier ran along the right bank of the Danube River less than a mile from the excavation site. Nearby was a legionary camp meant to guard the empire’s border. The newly found structure were probably part of a civilian settlement that grew around the camp.

Anthropologists will examine the young woman’s remains to reveal more about her age, health, and origins. But the grave’s placement and artifacts offer clues. The coffin and its contents probably means the deceased was well-to-do and/or of a high social status. During the 4th century, it was a common practice to reuse earlier sarcophagi, but this coffin was made specifically for the woman who lay within.

A layer of mud about 1.5 inches thick was removed from inside the coffin and could contain more treasures, such as earrings or other jewelry.

The care and artifacts involved in the burial of this young woman give an indication of how much she was loved.

 

https://www.msn.com/en-us/news/world/archaeologists-lift-the-lid-on-a-1-700-year-old-roman-sarcophagus-hidden-beneath-budapest/ar-AA1R3JbA?ocid=hpmsn&cvid=6925e0b54aa545f1a3e6fc8f7416ef8d&ei=55

Digging Beneath Britain’s Houses of Parliament

The Palace of Westminster in London houses Britain’s Parliament. While digging beneath this palace, archaeologists have discovered several artifacts, including a 19^th-century beer jug, a fragment of a 2,000-year-old Roman altar, and 6,000-year-old prehistoric flint flakes.

Excavations were commissioned by the Houses of Parliament Restoration and Renewal Program. The digs are part of an ongoing archaeology project to illuminate Westminster’s history and inform restoration work.

Westminster has been a central part of Britain’s national story for at least a thousand years. It has been the location of momentous events in the U.K.’s history. While planning for restoration and renewal, scientists must also protect and learn from the history below the building.

60 prehistoric flint fragments (which date to about 4300 BCE) are evidence of toolmaking in the late Mesolithic or early Neolithic periods. Tools were made from flint by chipping the stone until it had a sharp edge. They were discovered in sand deposits that once formed part of Thorney Island, where prehistoric inhabitants fished, hunted, and gathered food. Finding prehistoric remains in central London is rare.

Researchers also discovered remains of Lesser Hall, also known as the White Hall. As a medieval two-story building built in 1167, it originally was a royal dining area. Later, it accommodated the Court of Chancery, the Court of Requests, the House of Commons, and the House of Lords during certain time periods. This was an unexpected discovery found below the present-day courtyard and car park.

When Lesser Hall housed the House of Lords in 1834, a fire started in the basement furnace room and became the Great Fire of 1834. These excavations showed the hall’s stone walls survived the fire. The building was reroofed and used until 1851, when it was demolished. The discovery of Lesser Hall provides insights into the layout of historic structures. The remains of Lesser Hall and other pre-1834 structures were documented (and some recreated in 3D models) before being reburied.

The Roman altar fragment was likely repurposed in another structure built later. Other artifacts included 800-year-old shoe soles, straps, a leather boot, and a lead badge shaped like a flowering heart from the 14^th or 15^th century.

Several artifacts from the 19^th century included fragments of clay tobacco pipes, which were probably smoked by the stonemasons working after the 1834 fire. Also found was a five-pint beer jug bearing the words “Ship and Turtle Tavern”. It also said “Geo Painter”, which likely referred to George Painter, the owner of the tavern.

I’ve been to London. I found it to be a very busy place. And all these artifacts show that it has been a busy place for a very long time.

 

https://www.msn.com/en-us/news/world/archaeologists-digging-beneath-britain-s-houses-of-parliament-discover-6-000-year-old-flint-artifacts-and-a-2-000-year-old-roman-altar-fragment/ar-AA1RAb5x?ocid=hpmsn&cvid=692f561f60da44d0807bb72e64e341b3&ei=37