A team of scientists from the University of Science and Technology of the Chinese mainland (USTC) has achieved a significant milestone in quantum physics by successfully replicating a complex quantum phenomenon using photons. This breakthrough, reported on Monday, marks a pivotal advancement in the field of quantum simulation technology.
The researchers utilized an independently developed quantum experimental system to simulate the fractional quantum anomalous Hall state, a phenomenon that has long been a subject of intense study. Led by Pan Jianwei, a renowned quantum physicist and academician with the Chinese Academy of Sciences (CAS), and Lu Chaoyang, the team introduced a new type of superconducting qubit named Plasmonium. Unlike traditional Transmon qubits, Plasmonium offers higher anharmonicity, enabling stronger repulsion between photons and overcoming key limitations in quantum computing.
Published in the journal Science on May 2, the study has garnered praise from notable figures in the scientific community. Chang Jin, vice president of CAS, highlighted the potential impact of this achievement on the future development of quantum technology. \"We hope that the development of quantum technology will continue to advance through the efforts of the global scientific community and international cooperation,\" Chang stated.
Esteemed physicists like Peter Zoller, a Wolf Prize winner, and Nobel laureate Frank Wilczek have lauded the research for its innovative approach and promising implications for quantum information processing.
This advancement not only propels quantum physics research forward but also lays the groundwork for more robust quantum computing systems, potentially revolutionizing various industries and technologies worldwide.
Reference(s):
Chinese scientists make major breakthrough in quantum simulation tech
cgtn.com
