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Scientists Reconstruct Bust Of Woman From 10,500 Years Ago

Scientists Reconstruct Bust Of Woman From 10,500 Years Ago

NDTV7 days ago
Netherlands:
With her clear blue eyes and slightly nervous gaze, the reconstructed bust of Mos'anne -- a woman who lived around 10,500 years ago -- is uncannily lifelike.
Reborn via a close partnership between science and art, Mos'anne's bust was created at Belgium's Ghent University as part of a project to explore how the region's last hunter-gatherers lived during the Mesolithic era.
"Part of the project is also understanding the genetics of these people, figuring out their kinship and so on, and to be able to really translate the science that we do to a wider audience," the project's lead researcher, Isabelle de Groote, told AFP.
Scientists chose the skull of Mos'anne -- named by public vote in reference to Belgium's Meuse Valley -- for reconstruction, as it was exceptionally well preserved.
The bones held a large amount of preserved DNA, making it possible to reconstruct the woman -- aged between 35 and 60 at her death -- with remarkable realism.
"We also know that in the Mesolithic times, she is genetically part of the Western hunter-gatherer group," said de Groote.
Using genetic testing, researchers were able to determine the Mesolithic woman's skin and eye colour.
"This group is known for having very dark skin and blue eyes, a bit like Cheddar Man in Britain," she said, referring to the man who lived in Britain around 10,000 years ago, whose skeleton was discovered in 1903.
'Mixed emotions'
Mos'anne's DNA revealed valuable clues about her appearance but it was the unique skills of Dutch "paleo-artists" Alfons and Adrie Kennis that brought her back to life.
After receiving guidance from the researchers -- including instructions to use ochre pigment on Mos'anne's headband -- the twins began their work, from moulding the skull to the final decorative feather, meticulously sculpting each facial muscle in clay.
"The biggest part of the reconstruction is forming a character," Alfons Kennis said from their Darwin-esque studio in Arnhem.
"You can make a forensic reconstruction... use the data, apply the muscles, apply the skin, but you get no character," Kennis said of their artistic process.
The Kennis brothers -- whose surname means "knowledge" in Dutch -- take about six months to complete a reconstruction.
They gained global recognition in the 2000s, their work exhibited in museums worldwide and featured in specialist publications.
The twins, fascinated by evolution and visual art since childhood, draw inspiration from archived anthropological images of early encounters between isolated populations and researchers.
"At the first meeting, there's nervousness, shyness. People are laughing, maybe out of nerves," said Kennis.
"When a prehistoric ancestor meets you for the first time, you see these mixed emotions... It's these emotions that we want to show."
Much about Mos'anne remains unknown. In Ghent, researchers are still analysing her to find out what she would eat.
With her headband dotted with duck feathers, golden skin, and pierced animal teeth adorning her ears and necklace, the prehistoric woman seems closer to us than ever.
"It was always my wish to be able to make it more tangible in a way," De Groote said.
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80 years of Hiroshima: When Japan burned, but the Soviets got the message
80 years of Hiroshima: When Japan burned, but the Soviets got the message

India Today

time14 hours ago

  • India Today

80 years of Hiroshima: When Japan burned, but the Soviets got the message

Eighty years ago, on August 6, 1945, a city woke up to a regular morning -- and was turned into dust within seconds. Hiroshima, Japan, became the first place in the world to be attacked with an atomic what many still don't know is that behind this strike wasn't just revenge or war strategy. It was rumour that fuelled it -- a fearful political strike in a rapidly shifting world WORLD AT WAR, BUT JAPAN WAS ALREADY FALLINGBy mid-1945, the world was exhausted. World War II had been dragging on for six bloody years. Nazi Germany had already surrendered in May. Field Marshall Keitel signs German surrender terms in Berlin, May 8, 1945 (Photo: WIkimedia Commons) In the East, Japan was cornered, isolated, and nearly defeated. Most of its fleet had been destroyed, and American firebombing had reduced Tokyo and several other cities to surrender seemed like a matter of time. 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Build readiness against rising dirty-war risks
Build readiness against rising dirty-war risks

Hindustan Times

timea day ago

  • Hindustan Times

Build readiness against rising dirty-war risks

This August 6 marks 80 years of the US's nuclear bombing of Hiroshima, Japan, which permanently altered the trajectory of global security and warfare. The two bombs dropped in 1945, on Hiroshima and on Nagasaki three days later, killed over 350,000 people instantly and left another 400,000 dead within a few months — introducing the world to the devastating potential of weapons of mass destruction (WMDs). At the time, the yield or intensity of these weapons was relatively modest compared to the nuclear arsenal that exists today. Today, the world faces far more advanced, lethal, and widespread threats under the growing umbrella of 'dirty wars'. The scale of suffering and devastation is beyond comprehension, and today's weapons are exponentially more powerful. There are estimated to be over 12,000 nuclear warheads in the world. Many of the modern strategic nuclear weapons are thermonuclear weapons, having yields equivalent to a 100 kilo tonnes (KT) of TNT and above. This has the potential to destroy the world as we know it many times over. Tactical nuclear weapons can be 50 KT and less. Each WMD category brings its own horrors: While nuclear weapons incinerate cities, biological and chemical agents work invisibly, silently, and over time. (AFP) The India-Pakistan conflict captures the world's attention given both have nuclear capabilities. A nuclear bomb's destruction extends far beyond its immediate blast radius. It generates an intense fireball, a blinding flash, a shockwave and, most dangerously, ionising radiation. The radioactive mushroom cloud not only contaminates the target, but reaches far-flung regions, depending on wind conditions — rendering vast areas uninhabitable for decades. In the Cold War era, WMDs were broadly categorised under the NBC triad — nuclear, biological, and chemical weapons. Over time, radiological was added to this, creating the term CBRN. Each category brings its own horrors: While nuclear weapons incinerate cities, biological and chemical agents work invisibly, silently, and over time. Chemical weapons, although banned under international law, are still accessible to States and non-State actors. They can be created using widely available industrial and pharmaceutical chemicals, turning everyday compounds into agents of mass death. Sarin, VX, chlorine, and mustard gas are examples. Equally alarming are biological weapons — viruses and bacteria designed to infect and kill populations indiscriminately. The Covid-19 pandemic gave the world a preview to the havoc a simple virus can unleash, even if accidental. But when weaponised and intentionally released, pathogens could cripple societies, economies, and militaries in a matter of days. The proliferation of biological research facilities worldwide, some poorly regulated, raises grave concerns. The Wuhan lab controversy underlined the thin line between scientific exploration and potential dual use for bio-warfare. Biological and radiological warfare has become the preferred 'silent weapon' of the future, and many nations are covertly advancing such capabilities under the guise of health research. A critical issue lies in the imbalance of offensive and defensive capacities. While many nations possess the capability to launch CBRN attacks, few are adequately prepared or capable of defending themselves. Countries like China have built subterranean tunnel networks housing military assets in case of nuclear or chemical strikes. Such preparation indicates an evolving mindset — wars will no longer be limited to borders or frontlines. They will target critical infrastructure, command-and-control (C2) nodes, urban populations, and national willpower itself. Missiles, aircraft, and now drones can deliver munitions deep into the hinterland. In a dirty war, collateral damage will be immense — not just military installations but power grids, hospitals, transport systems, and even the financial sector can be targeted through kinetic, cyber, or biological means. Even conventional missile warheads will be toxic enough to cause permanent damage to the lungs, heart and brain. A dirty war is now a creeping reality. Technology has empowered even smaller nations and insurgent groups to wield devastating power. Leaders today appear less tolerant, more reactive, and increasingly reliant on first-strike doctrines. What can nations do? Preparedness must be comprehensive. This includes building CBRN shelters in key cities and military bases and training first responders and civilians for CBRN scenarios. It should be essential to stockpile antidotes, protective suits, and detection systems. The civil defence and NDMA should conduct regular drills and heighten awareness. Securing borders and labs against bio-accidents/terrorism, investing in early warning, air defence and missile defence systems, especially empowered by space and cyber domains would be essential. Civil defence needs revival. Strategic deterrence must go hand-in-hand with societal resilience. Dirty wars may not be declared, but their impact will be undeniable. Let us prepare, not panic. PJS Pannu is a retired lieutenant general with the Indian Army. The views expressed are personal.

KCHR's ‘Cosmos Malabaricus Summer School' from August 11
KCHR's ‘Cosmos Malabaricus Summer School' from August 11

The Hindu

timea day ago

  • The Hindu

KCHR's ‘Cosmos Malabaricus Summer School' from August 11

The Kerala Council for Historical Research (KCHR) will organise the 'Cosmos Malabaricus Summer School' in collaboration with Leiden University here from August 11 to 14. The event will explore Malabar's history, heritage, and Dutch archival sources. It will be held at Gama Heritage Residency, Fort Kochi. The programme emerged from the Cosmos Malabaricus (CosMa) project, aimed at decoding, translating, and contextualising Dutch archival materials related to 17th–18th century Kerala, according to a release. Noted scholars such as Jos Gommans, Lennart Bes, Lekshmi Subramanyam, and Mahmood Kooria will lead thematic sessions. The event will also host discussions on Dutch language learning and the challenges and opportunities in translating primary sources. The programme will feature archival workshops, cartographic field work, and academic and heritage roundtable sessions, it said.

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