Quantum Computer Go Brrr on RSA Encryption
Description
A multi-panel meme using the 'You better not' format. The top text dialogue reads: 'Me: Yo pass the quantum computer', 'Friend: you better not solve integer factorization with Shor's and render RSA encryption obsolete', followed by 'Me:'. The bottom half is split into two sections. On the left, there are scientific diagrams of quantum circuits, a photo of the core of a physical quantum computer, and the mathematical formula 'n = pq'. On the right, a person is enthusiastically dancing the Milly Rock, implying they are doing exactly what their friend warned against. The meme's humor lies in the nonchalant way it treats a catastrophic event for modern cybersecurity. Shor's algorithm, run on a sufficiently powerful quantum computer, can efficiently factor large numbers (the 'n = pq' problem), which would break RSA encryption, a cornerstone of current digital security. The dance represents the gleeful, chaotic energy of a tech enthusiast finally getting to play with world-changing technology, regardless of the consequences
Comments
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My friend warned me not to use the quantum computer to break RSA. I told him not to worry, I'm just trying to figure out if my cat is both in the box and out of the box at the same time
Shor factoring 4096-bit RSA is the easy part - the real quantum nightmare is convincing finance we have to rotate every hard-coded PEM before the auditors observe the wavefunction
The real quantum entanglement is between the promise of breaking RSA in polynomial time and the reality of needing error correction for millions of logical qubits while your quantum computer decoherences faster than a junior developer's confidence during their first production incident
The real quantum entanglement here is between your career prospects and that 'just testing' commit that broke every SSL certificate in production. Sure, Shor's algorithm runs in polynomial time, but explaining to your CISO why you pointed a quantum computer at the company's PKI infrastructure? That conversation scales exponentially with each passing second - which is why our protagonist is already achieving classical speedup in the opposite direction
Shor's algorithm: turning 'unfactorable' RSA moduli into trivial period-finding faster than you can say 'post-quantum migration'
Shor’s is adorable on a whiteboard; in prod it’s a single Jira: “Replace RSA globally” - assignee: everyone
Shor’s is the only PoC that instantly converts your entire 4096-bit PKI into a P0 post-quantum migration backlog
Ok Comment deleted
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smort Comment deleted
I understood 🧠 +20iq Comment deleted