With Russia gaining ground and U.S. support uncertain, Ukraine faces a precarious year ahead
This year is shaping up to be a nail-biter for Ukraine.
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This year is shaping up to be a nail-biter for Ukraine.
In the wake of the Mountain and Sandy fires, here are ways to avoid inhaling smoke particles that can cause heart and lung disease.
The Metropolitan Water District's board is set to vote in December on whether to spend $141.6 million for planning of the proposed Delta tunnel project.
Most of the area burned by the Mountain fire was in sparsely populated areas, but when high winds helped the blaze leap across Highway 118, it began threatening a suburban neighborhood in the Camarillo Hills.
Russian gas supplies to European Union states via Ukraine have been halted, shutting down Moscow's oldest gas route to the continent.The five-year gas transit deal between
Hundreds of grieving relatives of people killed in the fated Jeju Air plane crash visited the site on New Year's Day to pay respect to their
What will 2025 mean for Gaza, Ukraine, trade wars and African tech? Our foreign correspondents set the scene for trends that will shape their region.From elections
At least 10 people have been killed after a vehicle struck a crowd celebrating the New Year in New Orleans.
Leader of the M23 group says its rebellion in eastern DR Congo is a ‘defensive’ one, hopes for dialogue with Kinshasa.
An armed man in a truck has ploughed through a crowd in the US city of New Orleans, killing at least 10 people.
Attacks reported from Jabalia in the north, Bureij refugee camp in central Gaza and the southern city of Khan Younis.
In a year packed with top international tournaments, Al Jazeera picks the top five must-watch events of 2025.
A groundbreaking technique using time-resolved electron microscopy and multi-polarization lasers has allowed scientists to analyze plasmonic waves with great precision. This method helped uncover the stable and dynamic nature of meron pairs’ spin textures, opening new avenues in nanoscale technology.
Researchers at HKU have devised a rapid, scalable method to produce ultrathin diamond membranes, unlocking applications in electronics, photonics, and quantum devices. This innovation overcomes traditional fabrication challenges, leveraging diamonds’ exceptional properties for next-generation technologies. A research team led by
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