Breaking encryption with a quantum computer just got 20 times easier today [English]

Source: Inside The Star-Studded World | Author: Not Specified | Read the full article in English

In the rapidly evolving world of technology, quantum computers are pushing the boundaries of what we once thought impossible. Recent research has revealed a groundbreaking development in the realm of encryption and computational power. Scientists have discovered that quantum computers might be able to crack complex encryption methods much sooner than previously anticipated.

Traditionally, encryption has relied on complex mathematical problems that would take conventional computers an incredibly long time to solve. The RSA algorithm, a widely used encryption technique, has been considered secure because finding the original prime factors of a large encryption key is extremely challenging. However, quantum computers have the potential to dramatically change this landscape by performing calculations at speeds unimaginable with current technology.

The most significant revelation is that the threshold for breaking encryption has been dramatically reduced. Where experts once believed quantum computers would need a million quantum bits (qubits) to break encryption, new research suggests this could happen with far fewer computational resources. This breakthrough means that the day when our current digital security methods become vulnerable is approaching much faster than anyone expected, raising important questions about cybersecurity and data protection in the future.

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