Pompeii Discoveries Reveal Daily Life Before Vesuvius Eruption

Archaeologists have uncovered cosmetics, coins, jewelry, pottery and other household objects in a previously sealed storage space at a home in Pompeii, Italy, providing new evidence of domestic life before Mount Vesuvius destroyed the Roman city in AD 79. The Pompeii Archaeological Park announced the discoveries on October 29, 2026, highlighting artifacts that may help researchers understand the household's occupants and their living conditions.

The house, located along one of Pompeii's main streets, was first excavated in 1912. Investigations of surrounding areas have only recently begun, allowing researchers to examine objects preserved in a closet and a wooden chest of drawers.

According to the archaeological park, the finds include cosmetics, an incense burner, a bronze lantern, a balsam jar and a decorative snuff bottle featuring pine motifs. Researchers also recovered pots and vases made from bronze, glass and ceramic, along with weights believed to have been used in commercial activities.

The collection includes 38 bronze coins stored in a container made from plant material. Their presence suggests that the owners may have been unable to retrieve their valuables before or after the volcanic disaster, although archaeologists cannot establish exactly what happened to the household's occupants.

A necklace containing at least 20 miniature objects made from materials including bone and crystal offers additional evidence of Roman beliefs and personal traditions. The archaeological park identified the piece as a type of crepundia, a necklace of small objects or amulets associated with childhood protection that could remain meaningful into adulthood.

The park explained that these objects may have carried protective or symbolic significance during the Roman era. Their variety also reflects the geographical mobility of Roman society, in which people ranging from enslaved individuals to wealthy merchants frequently lived far from their relatives and places of origin.

Researchers have not determined whether the home's occupants escaped the eruption, died during the disaster or died later without heirs who could recover their belongings. The park estimates that approximately 15% to 20% of Pompeii's population died in connection with the catastrophe.

The building's paintings, location and collection of household goods suggest a certain level of prosperity, according to the archaeological park. However, mouse skeletons discovered inside the home provide another glimpse of its living conditions, reflecting a problem also documented at other locations throughout the ancient city.

The house was previously attributed to a person named Cornelius Maximus based on inscriptions that are no longer visible. The newly recovered objects are not expected to establish the owner's identity, but they provide researchers with additional evidence about the people who lived there.

Gabriel Zuchtriegel, director of the Pompeii Archaeological Park, said the discoveries could help researchers examine the lives of residents whose identities remain uncertain.

"We cannot reconstruct with certainty the identity of those who lived in the house, but these fragments bring us closer to their daily lives," said Gabriel Zuchtriegel, director of the Pompeii Archaeological Park.

The excavation is part of continuing archaeological work at Pompeii, a UNESCO World Heritage Site where volcanic ash and pumice preserved buildings, artwork and everyday objects. The park continues to investigate the ruins to establish a clearer picture of the city's inhabitants and their experiences surrounding the eruption.

Research into the region's ancient history also extends to nearby Herculaneum, where more than 1,000 carbonized papyrus scrolls were discovered at the Villa of the Papyri in 1750. The scrolls, damaged by the intense heat of the eruption, contain texts that researchers have struggled to read without destroying them.

In 2023, the Vesuvius Challenge began encouraging researchers to develop methods for digitally unwrapping and deciphering the scrolls. According to Science Focus, the process combines high-resolution X-ray tomography with computer software that separates and flattens the scrolls' tightly compressed layers, creating digital models that can be examined without physically unrolling the fragile originals.

Brent Seales, a computer scientist at the University of Kentucky and co-founder of the Vesuvius Challenge, described the technological approach as an extension of earlier work on restoring damaged manuscripts.

"What started the whole thing was an evolution of technology around the theme of digital restoration," said Brent Seales, a computer scientist at the University of Kentucky and co-founder of the Vesuvius Challenge.

Seales explained that the technique involves capturing an object, building a digital model and improving that model to recover information that would otherwise remain inaccessible.

"In other words: imaging something as it is, then making a digital model and restoring that model into something better," said Brent Seales.

Seales had worked on digital restoration since the 1990s, including efforts involving the Old English epic poem Beowulf and Homer's The Iliad. His research helped establish methods for reconstructing damaged texts before the team applied digital unwrapping techniques to the Herculaneum scrolls.

"While we were working on flattening other texts, it occurred to us that we could do complete unwrapping," said Brent Seales.

The process begins with highly detailed scans produced using a particle accelerator. X-ray tomography captures images from multiple angles to build a three-dimensional representation of each scroll's interior.

Software then attempts to distinguish the papyrus layers, which were crushed, fused and distorted by the eruption. Some scrolls originally extended more than 10 meters when unrolled, making the reconstruction process especially challenging because their overlapping layers can no longer be separated easily.

These archaeological investigations demonstrate two complementary approaches to studying the ancient Roman world: excavating physical remains that preserve evidence of everyday life and using advanced imaging technology to recover written records that have remained unreadable for centuries.