Flingjore Independent News

Flingjore Independent News

Google Quantum Breakthrough Slashes Hardware Needed to Break RSA Encryption

Researchers demonstrate how optimized algorithms reduce the threshold to crack internet encryption from 20 million physical qubits to fewer than one million.

Jay Keller's avatar
Jay Keller
Apr 07, 2026
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A detailed infographic against a dark digital grid background with a cyan light motif. The central element is a large, intricate, padlock-like lock composed of mathematical formulas, code, and circuit traces, with "p*q=N" etched into it, representing the complexity of RSA factorization. The lock is actively dissolving and shattering on its right side. A powerful, glowing cyan data stream of particles and linked qubit nodes bursts through the breaking point. Above this stream, text states "RSA-2048 CRACKING THRESHOLD ACCELERATED." On the lock, a comparison shows an arrow pointing from "20 Million (Previous Estimate)" logical qubits down to "1 Million (Gidney Optimization)" qubits, illustrating the magnitude of the breakthrough. To the right, a vast, complex mesh network of glowing connected qubit spheres forms the quantum computer system. Several key features of the optimized algorithm are labeled with arrows: "Shor's Algorithm Optimization (Approximate Modular Exponentiation)," "Efficient Error Correction (Dense Surface Codes)," and "Post-Quantum Transition Imperative." Attribution on the top right is "Craig Gidney, Google Quantum AI." A small "Google Quantum AI" processor chip is in the bottom left corner. The top left title reads "Breakthrough in cracking RSA encryption with fewer Quantum Resources (Based on paper, Google Quantum AI)." In the bottom right, a prominent text box displays "Flingjore.com".
How Google Quantum AI optimized Shor's Algorithm to crack RSA-2048 with just 1 million qubits, accelerating the threat timeline. (Graphic by flingjore.com)

The timeline for a quantum computing threat …

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