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#quantumcryptography — Public Fediverse posts

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  1. Two #research teams, one from MIT and the other from the University of California, independently used #OpenAI’s GPT-5.6 #Sol Ultra to solve the same #quantumcryptography problem. Both teams credited the AI model for generating the core ideas behind their proofs, highlighting the growing #influence of AI in #scientificresearch and raising questions about independent discovery and scientific credit. scientificamerican.com/article #AIagent #AI #ML #NLP #LLM #GenAI

  2. Two #research teams, one from MIT and the other from the University of California, independently used #OpenAI’s GPT-5.6 #Sol Ultra to solve the same #quantumcryptography problem. Both teams credited the AI model for generating the core ideas behind their proofs, highlighting the growing #influence of AI in #scientificresearch and raising questions about independent discovery and scientific credit. scientificamerican.com/article #AIagent #AI #ML #NLP #LLM #GenAI

  3. 🔒 Oh, the irony! An article on "Quantum Cryptography" that's as #cryptic as the topic itself. Apparently, understanding #QKD requires more clearance than a James Bond mission. 🚀🔑
    nsa.gov/Cybersecurity/Quantum- #QuantumCryptography #JamesBond #Irony #TechNews #HackerNews #ngated

  4. 🔒 Oh, the irony! An article on "Quantum Cryptography" that's as #cryptic as the topic itself. Apparently, understanding #QKD requires more clearance than a James Bond mission. 🚀🔑
    nsa.gov/Cybersecurity/Quantum- #QuantumCryptography #JamesBond #Irony #TechNews #HackerNews #ngated

  5. Fun post pointed out by Werner Koch on the GPG "post-quantum defaults" thread:

    metzdowd.com/pipermail/cryptog

    """
    Quantum Cryptography, while intellectually neat, does not present a
    practical attack that we need protection against at this time.
    Kleptographic Standards on the other hand are very much a practical
    attack that we need to protect against at this time.

    When a standards body tells you that you should cast aside well-studied
    cryptographic algorithms which have earned their trust through dozens of
    years of examination, testing, and motivated attackers, for the sake of
    protection against Quantum Crypto? The attack you should be protecting
    against isn’t Quantum Crypto.
    """

    #cryptography #QuantumCryptography #security

  6. Fun post pointed out by Werner Koch on the GPG "post-quantum defaults" thread:

    metzdowd.com/pipermail/cryptog

    """
    Quantum Cryptography, while intellectually neat, does not present a
    practical attack that we need protection against at this time.
    Kleptographic Standards on the other hand are very much a practical
    attack that we need to protect against at this time.

    When a standards body tells you that you should cast aside well-studied
    cryptographic algorithms which have earned their trust through dozens of
    years of examination, testing, and motivated attackers, for the sake of
    protection against Quantum Crypto? The attack you should be protecting
    against isn’t Quantum Crypto.
    """

    #cryptography #QuantumCryptography #security

  7. He hates the "AI bubble," plays chess, and procrastinates until the last minute. Meet the undergrad decoding Zero-Knowledge proofs. hackernoon.com/meet-the-writer #quantumcryptography

  8. He hates the "AI bubble," plays chess, and procrastinates until the last minute. Meet the undergrad decoding Zero-Knowledge proofs. hackernoon.com/meet-the-writer #quantumcryptography

  9. This article proves that quantum public‑key encryption from one‑way functions is impossible when using classical public keys and quantum ciphertexts.
    hackernoon.com/blackbox-separa #quantumcryptography

  10. This article proves that quantum public‑key encryption from one‑way functions is impossible when using classical public keys and quantum ciphertexts.
    hackernoon.com/blackbox-separa #quantumcryptography

  11. HOM interference, entanglement, and CHSH tests have confirmed secure quantum randomness, guaranteeing cryptographic applications that are independent of devices hackernoon.com/quantum-photons #quantumcryptography

  12. HOM interference, entanglement, and CHSH tests have confirmed secure quantum randomness, guaranteeing cryptographic applications that are independent of devices hackernoon.com/quantum-photons #quantumcryptography

  13. Verifying quantum randomness in a device-independent framework using tomography, CHSH inequality, and entanglement for safe cryptography. hackernoon.com/quantum-entangl #quantumcryptography

  14. Verifying quantum randomness in a device-independent framework using tomography, CHSH inequality, and entanglement for safe cryptography. hackernoon.com/quantum-entangl #quantumcryptography

  15. In this article mentioned that NSA has broad quantum-computing capabilities for mass decryption
    medium.com/@Forensic-Archive/4

    Most of article describes that ruzzian military used mostly some obsolete soviet radios and Chinise clear-text radios and other no-encryption channels.

    But somewhere deep in article mentioned these quantum computing capabilities suitable for mass decryption.

    How much these claims close to reality?

    #privacy #quantumCryptography #encryption #e2ee

  16. In this article mentioned that NSA has broad quantum-computing capabilities for mass decryption
    medium.com/@Forensic-Archive/4

    Most of article describes that ruzzian military used mostly some obsolete soviet radios and Chinise clear-text radios and other no-encryption channels.

    But somewhere deep in article mentioned these quantum computing capabilities suitable for mass decryption.

    How much these claims close to reality?

    #privacy #quantumCryptography #encryption #e2ee

  17. Explore the HPPK DS scheme: compact keys, strong entropy, and resilience against signature forgery and key recovery attacks. hackernoon.com/how-hppk-ds-bal #quantumcryptography

  18. Explore the HPPK DS scheme: compact keys, strong entropy, and resilience against signature forgery and key recovery attacks. hackernoon.com/how-hppk-ds-bal #quantumcryptography

  19. Explore the HPPK digital signature scheme—quantum-ready, non-commutative encryption with secure signing and verification. hackernoon.com/a-beginners-gui #quantumcryptography

  20. Explore the HPPK digital signature scheme—quantum-ready, non-commutative encryption with secure signing and verification. hackernoon.com/a-beginners-gui #quantumcryptography

  21. From DPPK to HPPK, explore how polynomial public key cryptography evolved into a homomorphic scheme shaping future digital security. hackernoon.com/what-you-should #quantumcryptography

  22. From DPPK to HPPK, explore how polynomial public key cryptography evolved into a homomorphic scheme shaping future digital security. hackernoon.com/what-you-should #quantumcryptography

  23. A quantum-safe digital signature scheme built on homomorphic polynomial public keys and Barrett reduction, securing cryptography beyond quantum threats. hackernoon.com/the-barrett-alg #quantumcryptography

  24. A quantum-safe digital signature scheme built on homomorphic polynomial public keys and Barrett reduction, securing cryptography beyond quantum threats. hackernoon.com/the-barrett-alg #quantumcryptography

  25. More talk about quantum computers breaking encryption in the near future... and of course there's that thing about nation states, and possibly other bad actors, already hoovering up packet logs to later decrypt.

    So, given the Post Quantum Cryptography that's coming online, I'd really love a browser feature/extension to alert me to when a site is using PQC.

    Why? Becaus then I can change my password, secure in the knowledge that it can't be fished out of past packet logs and potentially cracked.

    There's no use a login being PQC protected if it's the same password as before then !

    So, anyone doing that ?

    Edit: Of *course* we should all be using strong TOTP 2FA, or a physical key, but not all places we want to login to support that.

    #QuantumCryptography #PostQuantumCryptography #Browsers #Extensions

  26. I was just ranting about #QKD in a chat with someone, when I compared quantum-resiliant cryptography with quantum key distribution like this, and noticed that I really like this summary:

    If you want to go 500 meter down the street you can either take your bike or call a helicopter to your place, have it hover over your home, climb up a rope ladder, have it fly you those 500 meters and dis-rope.
    Both of these get you to your destination, but one of them is faster, cheaper, less complicated, relying on more established infrastructure, scales better and is just about superior in every relevant regard. And it’s not the helicopter/QKD.

    #crypto #cryptography #pqc #quantumcryptography #QuantumKeyDistribution

  27. I was just ranting about #QKD in a chat with someone, when I compared quantum-resiliant cryptography with quantum key distribution like this, and noticed that I really like this summary:

    If you want to go 500 meter down the street you can either take your bike or call a helicopter to your place, have it hover over your home, climb up a rope ladder, have it fly you those 500 meters and dis-rope.
    Both of these get you to your destination, but one of them is faster, cheaper, less complicated, relying on more established infrastructure, scales better and is just about superior in every relevant regard. And it’s not the helicopter/QKD.

    #crypto #cryptography #pqc #quantumcryptography #QuantumKeyDistribution