Architecture of Deception: A Forensic History of Israel's False-Flag Operations — from Irgun/Likud Bombings to the USS Liberty and Mexico City after 9/11

To understand the operations that reshaped the Middle East — and would one day touch America itself — you must begin with the men in this photograph: Where an Operational Tradition Learns to Wear Another Man's Face

The Philosophy Behind Modern State Terrorism

Benjamin Netanyahu once revealed far more than he intended when he told Oliver Stone, in Persona Non Grata:

"You must shock people — then you can disregard all the normal rules of morality."

Most viewers heard provocation.

Students of covert history heard a blueprint.

Netanyahu wasn't speaking in metaphor.

He was summarizing the core operational logic of a system that learned — long before it had tanks, embassies, or formal intelligence units — how to weaponize chaos, seize the narrative in the first minutes, and turn crisis into political advantage.

A new study reveals that Egyptians were using a mechanically sophisticated drilling tool far earlier than previously suggested.
Researchers at Newcastle University, and the Academy of Fine Arts, Vienna, have re-examined a small copper-alloy object excavated a century ago from a cemetery at Badari in Upper Egypt, and concluded it is the earliest identified rotary metal drill from ancient Egypt, dating to the Predynastic period (late 4th millennium BCE), before the first pharaohs ruled.

The artefact (catalogued as 1924.948 A in the Museum of Archaeology and Anthropology, University of Cambridge) was found in Grave 3932, the burial of an adult man. When first published in the 1920s, the artefact - which is only 63 millimetres long and weighs about 1.5 grams - was described as "a little awl of copper, with some leather thong wound round it." That brief note proved easy to overlook, and the object attracted little attention for decades.

However, under magnification, the researchers found that the tool shows distinctive wear consistent with drilling: fine striations, rounded edges, and a slight curvature at the working end, all features that point to rotary motion, not simple puncturing.

The research, which is published in the journal Egypt and the Levant, also described six coils of an extremely fragile leather thong, which the researchers argue is a remnant of the bowstring used to power a bow drill, an ancient equivalent of a hand drill, where a string wrapped around a shaft is moved back and forth by a bow to spin the drill rapidly.

This story is a kind of postscript to our series on the history of the world's tallest men. I wanted to mention one of the candidates that didn't make the final list, and talk through the GWR investigation into his claim to the title. This is the tale of my quest to learn more about Öndör Gongor, the Keeper of the Khan's Elephant.

Narrowing the field

It starts, as all good (and bad) research projects do, with a trip to Wikipedia. When this feature was originally proposed (as something for the 2025 edition of the book), we decided that the history of the tallest man couldn't reasonably be extended to before 1900.

That made things easier, but it still left a long blank stretch of timeline between Willie "Bud" Rogan and the founding of GWR in 1955. There are a lot of names that get thrown around, but the number of credible candidates for the title of world's tallest man is much smaller.

All while revolutionizing our understanding of the universe

This is how I picture it:

A spindly middle-aged mathematician with a soaring mind, a sunken heart, and bad skin is being thrown about the back of a carriage in the bone-hollowing cold of a German January. Since his youth, he has been inscribing into family books and friendship albums his personal motto, borrowed from a verse by the ancient poet Perseus: "O the cares of man, how much of everything is futile." He has weathered personal tragedies that would level most. He is now racing through the icy alabaster expanse of the countryside in the precarious hope of averting another: Four days after Christmas and two days after his forty-fourth birthday, a letter from his sister has informed him that their widowed mother is on trial for witchcraft — a fact for which he holds himself responsible.

He has written the world's first work of science fiction — a clever allegory advancing the controversial Copernican model of the universe, describing the effects of gravity decades before Newton formalized it into a law, envisioning speech synthesis centuries before computers, and presaging space travel three hundred years before the Moon landing. The story, intended to counter superstition with science through symbol and metaphor inviting critical thinking, has instead effected the deadly indictment of his elderly, illiterate mother.

'This most beautiful system ... could only proceed from the counsel and dominion of an intelligent and powerful being,' wrote Newton.

Few have had as profound an effect on modern scientific understanding as Sir Isaac Newton.

Many people are familiar with the story of how a falling apple first inspired Newton to investigate the force that would come to be known as gravity, and as he later concluded in his seminal scientific treatise, "Mathematical Principles of Natural Philosophy," it is this same force that pulls a fruit to ground that keeps the planets in orbit.

While Newton undoubtedly possessed a keen sense of observation and an insatiable curiosity that enabled him to make some of the most influential mathematical and scientific discoveries in recorded history, his prolific notes and writings — especially the vast amount of manuscripts that went unpublished until hundreds of years after his death — reveal a more profound motivation.

A newly published preliminary study has reignited one of archaeology's most enduring controversies: when was the Great Pyramid of Giza actually built?

In a paper released in January 2026, Italian engineer Alberto Donini presents an unconventional dating approach — known as the Relative Erosion Method (REM) — which he argues may challenge the long-accepted chronology placing the construction of the Pyramid of Khufu around 2560 BC. According to Donini's calculations, erosion patterns at the pyramid's base could suggest a construction date tens of thousands of years earlier, potentially as far back as the late Paleolithic period.

The claim, if substantiated, would have far-reaching implications for the history of ancient Egypt and early civilization. Yet it also raises immediate questions about methodology, assumptions, and how such results should be interpreted within archaeological science.

Dating Stone Through Erosion

At the core of Donini's work is REM, a method designed to estimate the age of stone structures by comparing relative erosion on adjacent rock surfaces made of the same material and exposed to the same environment.

The logic is straightforward. At Giza, much of the Great Pyramid was once covered with smooth limestone casing blocks. Historical sources indicate that these casing stones were systematically removed and reused in Cairo after major seismic events — particularly following the powerful earthquake of 1303 AD — and during the Mamluk period. This means that some limestone surfaces at the pyramid's base have been exposed to wind, moisture, salts, and foot traffic for roughly 675 years, while neighboring surfaces have remained exposed since the monument's original construction.

By measuring the difference in erosion between these two surfaces, Donini argues, it is possible to calculate how long the older surfaces must have been exposed.

The find yielded a a multitude of artifacts like coins, nails and the remnants of shoes

Archaeologists in Germany have discovered four Roman marching camps, dating to 1,700 years ago, along with a multitude of artifacts, including coins and old shoe parts.

During the third century A.D., the Roman Empire conducted several military campaigns into what is now Germany. Their goal was to expand Roman territory north along the Elbe River, which flows into the North Sea. But Germanic tribes resisted Roman occupation and contributed to an imperial crisis in the third century. Archaeologists have discovered evidence of Roman occupation in the form of military camps.

They noted that a "characteristic feature of marching camps is the so-called titulum — a segment of ditch with a rampart [defensive wall] located in front of the gate passages."

The hand stencil is more than 1,000 years older than the previous earliest evidence of rock art.
Scientists have identified the world's oldest known rock art — a hand stencil created at least 67,800 years ago in Indonesia.

This artwork, nestled in a cave in southeast Sulawesi, is also the earliest archaeological evidence of modern humans (Homo sapiens) living on the islands between the Asian and Australian continental shelves, according to a study published Wednesday (Jan. 21) in the journal Nature. The hand stencil is surrounded by younger rock art, including another hand stencil.

This discovery could fill a major gap in scientists' understanding of the journey the ancestors of Indigenous Australians took before reaching the continent at least 60,000 years ago. "It is very likely that the people who made these paintings in Sulawesi were part of the broader population that would later spread through the region and ultimately reach Australia," study first author Adhi Agus Oktaviana, an archaeologist at the National Research and Innovation Agency in Indonesia, said in a statement.

Although the rock art's original meaning is unknown, the hand stencils hint that the artists belonged to a relatively large group with its own cultural identity, study co-author Maxime Aubert, an archaeologist and geochemist at Griffith University in Australia, told Live Science. The hand stencils could have been made to signify group membership, Aubert said. "If you know about that cave and you know about this rock art, you're part of that group, you're part of that culture," he said.

One of the most striking testimonies to early medical knowledge in Anatolia is now on display at the Samsun Museum. Dating back nearly 5,000 years, a human skull bearing clear evidence of surgical intervention is considered among the earliest known examples of cranial surgery in human history.

What makes this discovery exceptional is not only the operation itself, but scientific indications suggesting that the individual survived the procedure for a period of time. This finding challenges long-held assumptions about the limits of prehistoric medical knowledge and points to a surprisingly advanced understanding of the human body.

From İkiztepe to the Museum Galleries

According to regional cultural authorities, the skull was unearthed during excavations at İkiztepe, one of the most important prehistoric settlements in the central Black Sea region. The site has yielded extensive burial contexts, offering rare insight into early social structures and ritual practices.

Alongside the skull, archaeologists recovered spearheads and personal belongings placed in graves as funerary offerings. These objects suggest that the deceased were buried with items reflecting both identity and status, underscoring the symbolic dimension of death in prehistoric Anatolia.

Archaeologists working in the canyonlands of southwest Texas have discovered that some of North America's most iconic cave paintings are far older than previously believed. According to new scientific dating, Pecos River-style murals found along the U.S.-Mexico border may have been first created nearly 6,000 years ago, revealing a remarkably long and continuous artistic tradition among ancient hunter-gatherer societies.

The findings come from a large interdisciplinary study led by Dr. Carolyn E. Boyd of Texas State University, published in Science Advances. The research redefines what is known about early ritual art in North America and challenges outdated assumptions about the complexity of forager cultures.

A Sacred Landscape Along the Rio Grande

The Lower Pecos Canyonlands, located near the Rio Grande, contain hundreds of rock shelters formed by limestone overhangs. These natural alcoves provided smooth, protected wall surfaces — ideal conditions for painting. Many murals remain in the same locations where rituals and ceremonies likely took place thousands of years ago.

The paintings themselves are visually striking. Artists used red ochre, black pigments, and yellow mineral tones to create dense scenes filled with human-like figures, animals, and abstract symbols. Some murals stretch across large rock faces and contain dozens of carefully arranged elements, suggesting deliberate composition rather than spontaneous decoration.

Why Dating Cave Paintings Is So Difficult

Dating ancient rock art has long been one of archaeology's greatest challenges. Mineral pigments alone cannot be radiocarbon dated because they contain no organic material. However, prehistoric artists often mixed pigments with organic binders, such as plant resins or animal fats, to help paint adhere to stone.

These binders left behind microscopic traces of carbon. By isolating and dating this carbon, researchers can estimate when the paint was originally applied.

To avoid contamination from soot, groundwater, or later human activity, the research team carefully sampled organic residue embedded within specific paint layers, rather than scraping the rock surface itself.