Researchers uncover evidence of historic Bonnie Prince Charlie assassination plot

Researchers at Robert Gordon University (RGU) have uncovered evidence indicating a possible assassination plot against Jacobite leader Charles Edward Stuart in 1746.

Known as Bonnie Prince Charlie, Stuart headed the Jacobite rebellion from the Scottish Highlands during the unsuccessful 1745 uprising against Hanoverian rule in Britain.

For generations, local accounts have suggested that after the Jacobites withdrew from England in December 1745, an attempt was made on Stuart’s life while he was staying at Bannockburn House near Stirling in January 1746.

Recent analysis using advanced X-ray technology now appears to provide physical evidence supporting this long-told story, giving new credibility to a legend preserved in local tradition.

Bonnie Prince Charlie failed in his bid to win back the throne, he is remembered as a tragic, romantic figure by poets

Archaeological visualization specialists have identified a misshapen lead projectile hidden inside the headboard of the room linked to the prince.

This striking find offers tangible evidence of a shooting that took place more than 270 years ago.

The discovery emerged from a collaborative project led by The Bannockburn House Trust, in partnership with Robert Gordon University, Johns Hopkins University in the United States, and Historic Environment Scotland.

For generations, local tradition has spoken of gunfire at Bannockburn House during the Jacobites’ failed siege of Stirling in January 1746. Now, advanced visualization technologies are beginning to uncover physical traces behind that long-told story.

The evidence suggests that more than one shot was fired. Last year, researchers identified a musket ball embedded in the wall of the same room, strengthening the case for a targeted attack.

These findings raise new questions about how many attackers may have been involved—and how the prince managed to survive. They have also renewed interest in long-standing stories about a secret escape tunnel leading away from the house, which may now warrant closer investigation.

There have, for centuries, been tall tales about a shooting at Bannockburn House (C) Bannockburn House Trust

Associate Professor Douglas Pritchard of Robert Gordon University, who oversaw the imaging work, explained that the research sheds new light on the Jacobite Rising and the risks faced by Bonnie Prince Charlie.

He noted that advanced 3D visualization methods make it possible to digitally preserve delicate objects and historic sites, producing detailed records that can be used for ongoing research and shared with the public.

By documenting these materials with precision, the team is both deepening historical understanding and ensuring the evidence is safeguarded for future study.

Researchers stress that the investigation is still underway and that the exact nature of the incident has yet to be firmly established. Further analysis and archaeological work are planned, with the next excavation scheduled to take place next month.

This 430,000-Year-Old Stick Could Actually Be One of Humanity’s Earliest Tools

Researchers believe the ancient wood, found in Greece, is actually evidence of the earliest hand-held wooden tool usage in human history.

What You’ll Discover in This Story

  • Scientists think they have identified the earliest known hand-held wooden tools ever used by humans.

  • The evidence comes from carefully shaped wooden artifacts found in Greece, made from alder and either willow or poplar.

  • These tools date back an astonishing 430,000 years.

  • The discovery pushes the known use of wooden tools by humans back by about 40,000 years.

The Oldest Wooden Tools Ever Found

Humans were working with wood far earlier than researchers once believed. A new study reveals that early humans were crafting hand-held wooden tools as long as 430,000 years ago. The discovery centers on two wooden implements—one made from alder, and the other from either willow or poplar—now considered the oldest hand-held wooden tools known to science.

This finding significantly rewrites the timeline of early human technology, showing that woodworking skills emerged tens of thousands of years earlier than previously documented.

Rare Evidence Preserved by Special Conditions

Wood rarely survives for hundreds of thousands of years, making discoveries like this exceptionally rare. According to Annemieke Milks, an expert in early wooden tools at the University of Reading, the team carefully examined the artifacts using microscopes to study their surfaces in detail.

The analysis revealed clear traces of chopping and carving, unmistakable signs that the wood had been deliberately shaped by early humans rather than altered by natural processes.

A Key Site in Early Human Activity

The tools were uncovered at the Marathousa 1 archaeological site in the central Peloponnese region of Greece. The findings were published in the journal PNAS by researchers from the University of Tübingen and the University of Reading.

In addition to the wooden tools, archaeologists found stone tools and animal remains, including those of an elephant. During the Middle Pleistocene period—roughly 774,000 to 129,000 years ago—the site was located along the shore of a lake and likely served as an important place for butchering animals.

Rethinking Early Human Innovation

Together, these discoveries suggest that early humans were not only skilled stone toolmakers but also capable woodworkers, using a wider range of materials and techniques than once assumed. The findings add a new dimension to our understanding of early human behavior, adaptability, and technological creativity.

Neanderthals and early humans may have interbred over a vast area

We are getting a clearer sense of where and how often Homo sapiens and Neanderthals interbred, and it turns out the behaviour was much more common than we first thought

Homo Sapiens and Neanderthals Interbred Across a Vast Region

Recent research suggests that Homo sapiens and Neanderthals likely interbred over a wide area spanning western Europe to Asia.

It has long been known that early humans and Neanderthals mated, which explains why most non-African populations today carry about 2% Neanderthal DNA. This interbreeding also led to the replacement of Neanderthal Y chromosome lineages with those from Homo sapiens.

However, the exact locations and scale of these encounters have remained uncertain. We do know that Neanderthal ancestors left Africa around 600,000 years ago, spreading into Europe and western Asia. Meanwhile, the earliest evidence of Homo sapiens leaving Africa comes from skeletal remains in present-day Israel and Greece, dating back roughly 200,000 years.

These timelines provide a framework for understanding when and where interbreeding between the two species likely took place, offering new insights into human evolutionary history.

news Webuild secures Rome Metro C section T1 contract reinforcing leadership in sustainable metro construction

Webuild has been awarded section T1 of Rome Metro Line C, strengthening its global role in metro systems and sustainable urban mobility delivery.

leader in metro construction and sustainable urban transport. The announcement comes shortly after the Group won new contracts related to the Riyadh Metro extension and additional works on the Naples metro system.

Delivering a Key Section in Northern Rome

As part of the Metro C Consortium, led by Webuild in partnership with Vianini Lavori, the company will design and construct the section connecting Clodio Mazzini and Farnesina stations in northern Rome. The overall contract is valued at €776 million, with €268 million allocated to Webuild’s share. The scope covers both engineering design and full construction.

Building on Recent Milestones

The award follows the opening in December of the Colosseo Fori Imperiali and Porta Metronia stations. These new archaeo-stations extend Line C by three kilometres and create a vital interchange with Metro Line B. Their development involved highly complex construction techniques to safeguard Rome’s archaeological assets, including the careful handling of over 625,000 cubic metres of archaeological material along the route from Monte Compatri Pantano to Clodio Mazzini.

Integrated Construction with Section T2

Section T1 will be developed in close coordination with section T2, which is currently undergoing executive design and will feature the first tunnel crossing beneath the Tiber River. This integrated strategy allows tunnel-boring operations to continue seamlessly from Farnesina to Piazza Venezia, reducing interruptions and avoiding fragmented construction. Work at Venezia station is already advancing as part of the project’s second major development phase.

A Growing Network and Global Impact

When fully completed, Metro Line C will span 29 kilometres and include 31 stations, of which 24 are already operational. The project further strengthens Webuild’s international portfolio, which now includes more than 890 kilometres of metro lines constructed worldwide, contributing to greener, more efficient, and technologically advanced urban mobility systems.