The new quantum chip 'Willow' presented by Google promises a revolution in science and technology. Developers claim incredible computation speeds capable of solving problems that are unsolvable for the most powerful supercomputers. This opens up limitless possibilities in medicine (new drugs), energy (nuclear fusion reactors), automotive industry (batteries), and many other fields.
But behind the brilliant potential lies a troubling perspective. Quantum computing is not just about speeding up data processing; it is a potential key to cracking the most secure encryption systems. Confidential data, from bank accounts to government secrets, will become vulnerable to such computational power. We find ourselves on the brink of a new era where information security may be at risk.
Of course, Google emphasizes that the mass production of a quantum computer capable of such operations is not scheduled until 2030. Currently, 'Willow' is likely just an experimental device demonstrating the capabilities of future technologies.
However, even an experimental chip raises troubling questions. If this technology indeed becomes available in the coming decades, how will we protect information that is considered secure today? What security measures will be required? Who controls access to these powers? These questions require serious and immediate discussion.
The revolutionary potential of quantum computing cannot be denied. However, we must closely monitor the development of this technology so that potential threats are identified and minimized in a timely manner. We need to actively work on creating new encryption methods that are resistant to quantum computing. Only a responsible and proactive approach to the development of quantum technologies will allow us to avoid a potential disaster. The future of our information security depends on our awareness and readiness for the challenges that lie ahead.