Quantinuum’s Helios is a novel quantum computer that significantly improves upon its predecessors by increasing error correction capabilities and computational power. Utilizing individual barium ions as qubits allows for more efficient scaling compared to traditional superconducting circuit methods. The computer operates with enhanced precision, achieving an impressive error rate, with qubits behaving correctly 99.921% of the time, a notable advancement that could lead to practical applications in various scientific fields.
Helios utilizes a sophisticated approach known as error correction by storing information across multiple qubits instead of a single one. This method requires fewer physical qubits than other systems, paving the way for potential advancements in quantum computing scalability. Moreover, with unique features like all-to-all connectivity among ions, the system enhances its ability to perform complex calculations with comparatively fewer errors. As it stands, the industry remains uncertain about which qubit technology will dominate in the future; nevertheless, Helios showcases significant advancements that could shape the landscape of quantum computing.
👉 Pročitaj original: MIT Technology Review – AI
