New Technique Helps Archaeologists Decipher Ancient Languages

A conservationist works on a 1,500-year-old mosaic floor bearing Greek writing, discovered in Jerusalem's Old City. (Reuters)
A conservationist works on a 1,500-year-old mosaic floor bearing Greek writing, discovered in Jerusalem's Old City. (Reuters)
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New Technique Helps Archaeologists Decipher Ancient Languages

A conservationist works on a 1,500-year-old mosaic floor bearing Greek writing, discovered in Jerusalem's Old City. (Reuters)
A conservationist works on a 1,500-year-old mosaic floor bearing Greek writing, discovered in Jerusalem's Old City. (Reuters)

Developing an AI network can help scholars restore ancient Greek texts. Researchers at University of Oxford have recruited new deep learning techniques to decipher symbols of ancient languages.

The research team says there are many artifacts featuring important historical symbols and inscriptions that erode with time, noting that the clear inscriptions that archaeologists can read and understand are few.

In a test, where the AI attempted to fill the gaps in 2,949 damaged inscriptions, human experts managed to explain 30 percent of unclear symbols, whereas the network took two hours to decipher 50 inscriptions, reported the New Scientist website.

The team said the new network named "Pythia" is able to provide 20 different predictions to explain each eroded inscription, leaving the selection of the suitable hypothesis that correspond to the context of the ancient inscriptions to archaeologists.

In addition to providing various options, Pythia evaluates the reliability of each option or hypothesis it offers to archaeologists to help them reach the correct one.

"Pythia is the first electronic model used to restore ancient archaeological inscriptions by deciphering the eroded letters through deep learning networks," the study team wrote.



Japan Startup Hopeful Ahead of Second Moon Launch

Japan's Ryoyu Kobayashi soars through the air during the trial round of the Four Hills FIS Ski Jumping tournament (Vierschanzentournee), in Innsbruck, Austria on January 4, 2025. (Photo by GEORG HOCHMUTH / APA / AFP)
Japan's Ryoyu Kobayashi soars through the air during the trial round of the Four Hills FIS Ski Jumping tournament (Vierschanzentournee), in Innsbruck, Austria on January 4, 2025. (Photo by GEORG HOCHMUTH / APA / AFP)
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Japan Startup Hopeful Ahead of Second Moon Launch

Japan's Ryoyu Kobayashi soars through the air during the trial round of the Four Hills FIS Ski Jumping tournament (Vierschanzentournee), in Innsbruck, Austria on January 4, 2025. (Photo by GEORG HOCHMUTH / APA / AFP)
Japan's Ryoyu Kobayashi soars through the air during the trial round of the Four Hills FIS Ski Jumping tournament (Vierschanzentournee), in Innsbruck, Austria on January 4, 2025. (Photo by GEORG HOCHMUTH / APA / AFP)

Japanese startup ispace vowed its upcoming second unmanned Moon mission will be a success, saying Thursday that it learned from its failed attempt nearly two years ago.

In April 2023, the firm's first spacecraft made an unsalvageable "hard landing", dashing its ambitions to be the first private company to touch down on the Moon.

The Houston-based Intuitive Machines accomplished that feat last year with an uncrewed craft that landed at the wrong angle but was able to complete tests and send photos.

With another mission scheduled to launch next week, ispace wants to win its place in space history at a booming time for missions to the Moon from both governments and private companies.

"We at ispace were disappointed in the failure of Mission 1," ispace founder and CEO Takeshi Hakamada told reporters.

"But that's why we hope to send a message to people across Japan that it's important to challenge ourselves again, after enduring the failure and learning from it."

"We will make this Mission 2 a success," AFP quoted him as saying.

Its new lander, called Resilience, will blast off from Kennedy Space Center in Florida on January 15, along with another lunar lander built by US company Firefly Aerospace.

If Resilience lands successfully, it will deploy a micro rover and five other payloads from corporate partners.

These include an experiment by Takasago Thermal Engineering, which wants to split water into oxygen and hydrogen gas with a view to using hydrogen as satellite and spacecraft fuel.

- Rideshare -

Firefly's Blue Ghost lander will arrive at the Moon after travelling 45 days, followed by ispace's Resilience, which the Japanese company hopes will land on the Earth's satellite at the end of May, or in June.

For the program, officially named Hakuto-R Mission 2, ispace chose to cut down on costs by arranging the first private-sector rocket rideshare, Hakamada said.

Only five nations have soft-landed spacecraft on the Moon: the Soviet Union, the United States, China, India and, most recently, Japan.

Many companies are vying to offer cheaper and more frequent space exploration opportunities than governments.

Space One, another Japanese startup, is trying to become Japan's first company to put a satellite into orbit -- with some difficulty so far.

Last month, Space One's solid-fuel Kairos rocket blasted off from a private launchpad in western Japan but was later seen spiraling downwards in the distance.

That was the second launch attempt by Space One after an initial try in March last year ended in a mid-air explosion.

Meanwhile Toyota, the world's top-selling carmaker, announced this week it would invest seven billion yen ($44 million) in Japanese rocket startup Interstellar Technologies.

"The global demand for small satellite launches has surged nearly 20-fold, from 141 launches in 2016 to 2,860 in 2023," driven by private space businesses, national security concerns and technological development, Interstellar said.