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🔹Google says its new quantum chip indicates that multiple universes exist
On Monday, Google unveiled Willow, its latest quantum computing chip, boasting impressive speed and reliability. However, the tech industry's attention was particularly drawn to a bold claim made by Hartmut Neven, founder of Google Quantum AI, suggesting that Willow's extraordinary performance implies the existence of parallel universes, supporting the notion of a multiverse.
Neven highlighted that Willow could perform computations in under five minutes that would take traditional supercomputers 10 septillion years, a figure that vastly exceeds known timescales in physics. While some welcomed this idea as plausible, skeptics noted that the performance metrics were based on benchmarks created by Google itself, raising questions about the validity of these claims.
Quantum computers operate using qubits, which can represent multiple states simultaneously, allowing them to solve complex problems beyond the reach of classical computers. However, the challenge remains that as more qubits are used, the likelihood of errors increases. Google's goal with Willow was to minimize these errors, which Neven asserts has been achieved.
🔹Google says its new quantum chip indicates that multiple universes exist
On Monday, Google unveiled Willow, its latest quantum computing chip, boasting impressive speed and reliability. However, the tech industry's attention was particularly drawn to a bold claim made by Hartmut Neven, founder of Google Quantum AI, suggesting that Willow's extraordinary performance implies the existence of parallel universes, supporting the notion of a multiverse.
Neven highlighted that Willow could perform computations in under five minutes that would take traditional supercomputers 10 septillion years, a figure that vastly exceeds known timescales in physics. While some welcomed this idea as plausible, skeptics noted that the performance metrics were based on benchmarks created by Google itself, raising questions about the validity of these claims.
Quantum computers operate using qubits, which can represent multiple states simultaneously, allowing them to solve complex problems beyond the reach of classical computers. However, the challenge remains that as more qubits are used, the likelihood of errors increases. Google's goal with Willow was to minimize these errors, which Neven asserts has been achieved.
There are multiple ways you can search for Telegram channels. One of the methods is really logical and you should all know it by now. We’re talking about using Telegram’s native search option. Make sure to download Telegram from the official website or update it to the latest version, using this link. Once you’ve installed Telegram, you can simply open the app and use the search bar. Tap on the magnifier icon and search for a channel that might interest you (e.g. Marvel comics). Even though this is the easiest method for searching Telegram channels, it isn’t the best one. This method is limited because it shows you only a couple of results per search.
Telegram and Signal Havens for Right-Wing Extremists
Since the violent storming of Capitol Hill and subsequent ban of former U.S. President Donald Trump from Facebook and Twitter, the removal of Parler from Amazon’s servers, and the de-platforming of incendiary right-wing content, messaging services Telegram and Signal have seen a deluge of new users. In January alone, Telegram reported 90 million new accounts. Its founder, Pavel Durov, described this as “the largest digital migration in human history.” Signal reportedly doubled its user base to 40 million people and became the most downloaded app in 70 countries. The two services rely on encryption to protect the privacy of user communication, which has made them popular with protesters seeking to conceal their identities against repressive governments in places like Belarus, Hong Kong, and Iran. But the same encryption technology has also made them a favored communication tool for criminals and terrorist groups, including al Qaeda and the Islamic State.
