#computational power

So computationally inaccessible, that with our current technology factoring a number with about 500 digits could take tens of thousands of years. And this using the computational power of gigantic clusters of supercomputers.

For example, in 2009 a research group managed to factorize a number of 232 digits. Using a cluster of supercomputers, they managed to compact 2000 years of operations into 2 years of continuous computation. ಠ_ಠ

This means that to achieve a similar result with a number of around 500 digits we would need to use a cluster of around a million of these supercomputers.

And this is to reduce the calculation time from hundreds of thousands of years to a full continuous year of calculations. (~‾▿‾)~

All this unless quantum computing algorithms change the situation. But our technology is not magnitudinally ready for this. ( ._. )""

And that's precisely why I can't easily read every single one of your private chats. Or get your payment service passwords.

Soooooo to make life easier for your favorite puppy girl, give me your bank details.

⸜(｡˃ ᵕ ˂ )⸝♡

⊂_ヽ

　 ＼＼

　　 ＼( ͡° ͜ʖ ͡°)

　　　 >　⌒ヽ

　　　/ 　 へ＼

　　 /　　/　＼＼

　　 ﾚ　ノ　　 ヽ_つ

　　/　/

　 /　/|

　(　(ヽ

　|　|、＼

　| 丿 ＼ ⌒)

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(_／

I'll give you a cake in exchange. PLEASE PLEASE PLEASE

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Google Unveils Quantum Computing Chip ‘Willow’ @neosciencehub #Willow #QuantumComputing #neosciencehub #GooglesQuantumAIteam, #physics

A Game Changer in Computational Power and Parallel Worlds Hypothesis In an important announcement that promises to redefine the boundaries of computing, Google unveiled its latest quantum computing chip, dubbed ‘Willow,’ during a press event led by CEO Sundar Pichai. According to Google’s Quantum AI team, Willow is not only capable of performing calculations previously deemed unattainable but…