Israeli startup Qedma helps IBM outperform top supercomputer using quantum technology
Qedma’s algorithms enabled IBM’s quantum computer to overcome noise and achieve a scientific computing advantage with potential commercial applications.
IBM's quantum computer outperformed the world's most powerful supercomputer, boasting 74 logical qubits, thanks to the aid of Israeli startup Qedma's software and algorithms. This breakthrough experiment, conducted using a 72-qubit quantum chip developed by IBM, utilized superconducting technology to perform complex physics experiments with unprecedented accuracy.
Unlike IBM's rivals Google and Quantinuum, which have yet to surpass standard supercomputers due to noisy particles in quantum computing, Qedma's software successfully neutralized this noise, making it possible to achieve noise-free processing units. The identical results obtained by IBM and Quantinuum further solidified confidence in the validity of the findings.
Quantum computing harnesses the property of particles being in multiple states simultaneously, similar to a spinning coin that shows both heads and tails. This unique characteristic allows quantum computers to process a vast array of possibilities simultaneously, vastly outperforming traditional computing methods. Companies like IBM, Google, and Quantinuum are actively working to develop more efficient quantum computers, aiming to achieve a quantum advantage or "quantum ChatGPT moment" akin to the AI revolution led by OpenAI's conversational AI.
Written by urgent.news from Jerusalem Post Tech & Start-Ups's reporting — not their text. Machine-written — may contain errors; check the original before relying on it.
