Wall Street Journal reporter Evan Gershkovich, arrested in Russia in March on espionage charges, was remanded in custody

Logan Paul and Nina Agdal got engaged in July, and there were speculations that Paul had spent millions of dollars on the engagement ring

The fraught politics of abortion have helped turn an August ballot question in Ohio that would make it harder to change the state constitution into a cauldron of misinformation and fear-mongering

South African President Cyril Ramaphosa will hold talks with Chinese leader Xi Jinping as Pretoria considers switching the

Novak Djokovic and Daniil Medvedev will meet again to determine the U.S. Open men’s champion

'It was like a scene from one of his movies. If it wasn’t for his quick thinking, I fear I may have died,' Andrew Srein said referring to Woody Allen

German prosecutors say a 98-year-old man has been charged with being an accessory to murder as a guard at the Nazis’ Sachsenhausen concentration camp between 1943 and 1945

The nine-month-old baby girl went missing after it was alleged that a thief stole the father’s car

The Supreme Court has sided with a photographer who claimed the late Andy Warhol had violated her copyright on a photograph of the singer Prince

Google is preparing for the “quantum apocalypse”. Experts have warned for years that the development of quantum computers could undermine the encryption that currently secures everything from our private messages to our banking details. Quantum computers are a still largely theoretical technology that proponents claim could dramatically beat the performance of the classical computers we have today. That could be a major positive for applications such as drug research and quantum computing – but could be disastrous for security technology. Much of that security technology depends on mathematical problems that are sufficiently hard for our computers to work out as to keep that data secure. But future quantum computers could overcome those problems in seconds, and break into any data. That is what is referred to by researchers as the “quantum apocalypse”. And an entire subset of computing – post-quantum cryptography – has grown to find ways to secure data even if that future does come about. Now Google has put some of that work into practice, in Chrome. The new technology includes new cryptography that should be resistant to attempts to break it with future quantum computers. It does so by integrating a technology known as X25519Kyber768, a long name for what is actually a hybrid of two cryptographic algorithms. Tying the two together means that data is protected both by an existing secure algorithm and one that is protected against quantum computers. The updates are part of broader work across Google to “prepare the web for the migration to quantum-resistant cryptography”. Devon O’Brien, Google’s technical program manager for Chrome security, who wrote the blog post announcing the changes, noted that quantum computers could be decades away. But remains important to secure data now in part so that it cannot be filed away, ready to break into when the technology arrives. “It’s believed that quantum computers that can break modern classical cryptography won’t arrive for 5, 10, possibly even 50 years from now, so why is it important to start protecting traffic today? The answer is that certain uses of cryptography are vulnerable to a type of attack called Harvest Now, Decrypt Later, in which data is collected and stored today and later decrypted once cryptanalysis improves.” Read More Google is getting ready for the ‘quantum apocalypse’ Vote to empower autonomous ‘robotaxis’ from Cruise and Waymo divides San Francisco ‘Billions’ of computers potentially affect by huge security vulnerability

The Supreme Court has ruled the Biden administration overstepped its authority in trying to cancel or reduce student loan debt, effectively killing the $400 billion plan

'GMA' weekend host Gio Benitez shared a snap and a few clips from his time at the gym