The Perils of Quantum Cryptography?

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In summary, the conversation discusses a suggestion to ban quantum-based communication systems across social media platforms due to concerns about criminality and social instability. The ban is compared to the 1963 Nuclear Test Ban Treaty and is seen as a potential solution to prevent widespread civil anarchy in the future. However, it is acknowledged that enforcing such a ban may be difficult and could potentially lead to the end of intelligence-gathering agencies like the NSA. The conversation also touches on the issue of government oversight of private communications and the impact of advancing technology on enforcement measures.
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Dr Wu
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A suggestion for a short story or film script: governments around the world, concerned about the rise of criminality and social instability as a result of quantum supremacy, promptly ban all quantum-based communication systems across the social media landscape: in short usher in the equivalent of the 1963 Nuclear Test Ban Treaty, but for QS.

The underlying premise behind such a moratorium is that QS-based communications - viewed here as a kind of truly impenetrable Dark Web - would plunge human civilisation back to how it was before the invention of the telegraph. . . with all its implications intact. Of course, it could be argued that QS is needed precisely to protect individuals from governmental snooping.

That's not the premise here, though. Rather, it's an attempt to foresee how future developments in both AI and quantum computing could create the conditions for distilling widespread civil anarchy in the not-too-distant future. Slightly histrionic, perhaps. But this is SF, after all, and not all SF gets it wrong.

Any thoughts?
 
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It's tough to forbid a specific technology indefinitely. As technology improves and becomes easily available, it usually favors the creation and used of weapons, communication, etc over the enforcement measures.
In the case of private communications, I do not favor a government-citizen relationship where government is overseeing citizen communications.
 
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Yes, I suspect it will be impossible to enforce such a global ban given the seemingly unstoppable march of technology. If so, it must surely spell the end for intelligence-gathering agencies like the NSA, although old-fashioned bugging methods and similar forms of surveillance could still continue to exist perhaps. Strange, all the same.
 

1. What is quantum cryptography?

Quantum cryptography is a method of encrypting information using the principles of quantum mechanics. It uses quantum particles, such as photons, to generate and transmit a secret key that is used to encrypt and decrypt messages. This ensures that the key cannot be intercepted or tampered with, providing a high level of security.

2. How does quantum cryptography work?

Quantum cryptography works by using the properties of quantum particles to generate a secret key. The sender and receiver each have a quantum device that can generate and measure the properties of these particles. They then compare their measurements to generate a shared key, which is used to encrypt and decrypt messages. Any attempts to intercept or measure the particles will cause a disturbance and alert the sender and receiver of potential tampering.

3. What are the potential perils of quantum cryptography?

One of the main perils of quantum cryptography is the potential for technological limitations. Currently, quantum devices are expensive and difficult to produce, making it challenging to implement quantum cryptography on a large scale. Additionally, there is a risk of human error in the key generation and measurement process, which could compromise the security of the system.

4. How is quantum cryptography different from traditional cryptography?

Traditional cryptography uses mathematical algorithms to encrypt and decrypt messages. These algorithms can be broken with enough computing power, making them less secure. In contrast, quantum cryptography uses the laws of physics to generate a key, making it virtually unbreakable. Additionally, traditional cryptography relies on the secrecy of the key, while quantum cryptography relies on the laws of quantum mechanics.

5. Are there any real-world applications of quantum cryptography?

Yes, there are several real-world applications of quantum cryptography, including secure communication between government agencies and financial institutions, as well as in military and diplomatic communications. It is also being researched for use in secure voting systems and protecting sensitive data in healthcare and other industries.

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