We will not be defeated in this 2000-year-old war, archaeology proves Tamil is cradle and pinnacle of Indian civilisation: Stalin

The Chief Minister, describing the Tamil Vs Sanskrit North as a 2000-year-old war, made it clear that the DMK government was making every effort to keep aloft Tamil antiquity and pride.

Chief Minister and DMK president M.K. Stalin on Sunday reaffirmed that the Tamil region was both the birthplace and the height of Indian civilisation, stating that archaeological findings clearly support this claim. He said the Porunai Museum, the second museum established by his government in Tirunelveli, was created to scientifically affirm the antiquity of Tamil civilisation.

Referring to what he described as a 2,000-year-old Tamil–Sanskrit conflict, Stalin said the DMK government remains committed to preserving Tamil history and pride.

“Our culture is unique and progressive. The Tamil land was the cradle and the pinnacle of civilisation in the Indian subcontinent. We have literary proof, and through archaeological excavations we are now scientifically validating these claims. That is why sites like Porunai and Keezhadi are so important,” he said while addressing a government event in Palayamkottai, a day after inaugurating the museum.

He accused the BJP-led Union government of obstructing Tamil Nadu’s archaeological efforts, claiming it seeks to suppress evidence that supports Tamil antiquity. “They block excavations and refuse to publish findings that prove our history. Our struggle is against those who harbour hostility toward the Tamil language and people. Those searching for the mythical Saraswati civilisation refuse to acknowledge our discoveries,” he said, adding that the fight to protect Tamil history cannot be abandoned.

Stalin also invited Prime Minister Narendra Modi and Finance Minister Nirmala Sitharaman to visit the Porunai Museum and see the evidence firsthand.

He said the Porunai Museum and the Keezhadi museum near Madurai aim to bring Tamil history and heritage closer to the public. In a post on X, he added that understanding history enables people to shape the future, describing Porunai as a lasting symbol of Tamil antiquity and a global heritage site for Tamils.

Spread across 13 acres and built at a cost of ₹62 crore, the Porunai Museum houses artefacts from Sivagalai—considered the world’s oldest Iron Age site, predating Anatolia—as well as findings from Athichanallur in Tirunelveli. The museum is named after Porunai, the ancient name of the Thamirabarani river, long regarded as a cradle of civilisation. Archaeology, he said, has become central to Tamil pride.

The museum displays Iron Age tools from Sivagalai that push back the timeline of iron smelting by over a thousand years, along with skulls, burial urns, and pots inscribed in ancient Tamil (Tamizhi) script, believed to predate Ashokan Brahmi. Artefacts from Korkai, the historic port city of the Pandya kingdom, are also exhibited.

For the DMK and Tamil scholars, the Sivagalai findings represent a major shift in understanding Tamil antiquity, challenging the conventional Iron Age timeline of 1800 BCE based on discoveries in Uttar Pradesh.

Earlier this year, while releasing the Sivagalai excavation report supported by carbon dating, Stalin declared that iron production began in Tamil Nadu over 5,300 years ago. “I announce to the world that iron smelting technology originated in Tamil land. We are scientifically proving our history to those who dismissed our literature as non-evidence,” he said.

Chinese researchers uncover record-high evidence of ancient human activity on eastern Qinghai-Tibet Plateau

Chinese archaeologists have identified an important Paleolithic site at a record-breaking elevation on the eastern Qinghai-Tibet Plateau, shedding new light on early human movement and adaptation, the Sichuan Provincial Cultural Heritage Administration announced.

The site is located near Tsungqen Co, a high-altitude lake in Daocheng County within the Garze Tibetan Autonomous Prefecture of Sichuan Province, and represents the highest-elevation evidence of ancient human activity yet found in the area.

Full research results were published in the journal Palaeogeography, Palaeoclimatology, Palaeoecology by a joint team from Peking University and the Sichuan Provincial Cultural Relics and Archaeology Research Institute.

Tsungqen Co, which means “big lake” in the local language, is one of many glacial lakes formed after the Last Glacial Maximum as glaciers retreated. Such lakes would have drawn wildlife and offered crucial resources for prehistoric hunter-gatherer groups.

Situated more than 4,300 meters above sea level, the Tsungqen Co site is part of the well-known Piluo site complex, which was named one of China’s top ten archaeological discoveries in 2021.

The main Piluo site, lying at around 3,750 meters in elevation and dating back more than 200,000 years, is considered the earliest, largest, and richest Paleolithic site on the Qinghai-Tibet Plateau. The Tsungqen Co site, however, lies even higher, with its earliest occupation layers dating to about 12,000 years ago.

Researchers recovered more than 190 stone tools from the site, most of them small to medium in size. The assemblage reflects an advanced microlithic tradition, indicating refined production methods and technological adaptations suited to life at high altitude.

The Qinghai-Tibet Plateau—often called the “Third Pole” because of its extreme height, thin air, and cold climate—has long been viewed as a difficult environment for early human settlement. The discovery at Tsungqen Co represents a major advance in Paleolithic research on the plateau’s eastern edge, significantly expanding knowledge of human presence in high-altitude regions.

“This was likely not a short-term camp, but a place people returned to repeatedly,” said Zheng Zhexuan, lead archaeologist of the Piluo project and head of the Paleolithic Archaeology Institute at the Sichuan Provincial Cultural Relics and Archaeology Research Institute.

“It indicates that more than 10,000 years ago, human groups were already using warmer climatic periods to live near highland lakes. They moved into and remained in these high-altitude areas, showing a stable ability to adapt to plateau conditions,” Zheng explained.

Scholars describe the Tsungqen Co site as a vital “spatiotemporal key” that fills an important gap in the archaeological record of human activity on the “roof of the world.” The discovery offers valuable evidence for studying early modern human dispersal routes in East Asia and their survival strategies in challenging environments.

Excavation and interdisciplinary studies at the broader Piluo site are ongoing, with researchers carrying out detailed analyses of dating, environmental context, and material remains to build a clearer picture of ancient life in this region.

Archaeologists Uncovered the First Evidence of Math—Before Numbers Were Even Invented

The Halafian culture of northern Mesopotamia arranged floral depictions on pottery with symmetry and numerical sequences, displaying one of the earliest pieces of evidence of mathematical thinking.

The Metropolitan Museum of Art

Here’s what you’ll discover in this story:

Uncovering signs of ancient mathematics is difficult without written sources, but new research suggests that floral designs on pottery from the Halafian culture of northern Mesopotamia reveal an understanding of geometry, symmetry, and spatial division that predates formal number systems.
The findings also mark the earliest known point at which plants became subjects of human art, as earlier artistic expressions mainly focused on animals and people.
Across 700 pottery fragments, artists depicted non-edible plants such as flowers, indicating they were selected for visual appeal rather than practical use.

Mathematics functions as a universal language—not Esperanto, but a system grounded in shared principles across cultures. This universality explains why mathematics often appears in science fiction as a means of communicating with extraterrestrials. The same logic applies across time. While archaeologists rely on reference texts like the Rosetta Stone to interpret ancient languages, mathematical patterns can be recognized and understood even millennia later.

In a study published in the Journal of World Prehistory, researchers from the Hebrew University of Jerusalem examined floral motifs painted on pottery by the Halafian culture, which inhabited northern Mesopotamia between 6200 and 5500 B.C.E., revealing sophisticated mathematical thinking embedded in prehistoric art.