论文标题
朝着密集介质中的量子模拟喷气演化的第一步
A first step towards quantum simulating jet evolution in a dense medium
论文作者
论文摘要
在过去的几十年中,量子技术的快速发展为未来提供了瞥见,在该未来中,多粒子系统的量子特性可能更充分地了解。特别是,量子计算对于探索对经典方法无法访问的高能量物理学的许多方面可能非常重要。在本演讲中,我们将描述如何使用数字量子计算机研究QCD喷气机在Quark Gluons等离子体中的演变。我们构建一个量子电路,以研究密集的QCD培养基中的单个颗粒演化。专注于喷射淬灭参数$ \ hat Q $,我们为小量子电路提供了一些早期的数值结果。还解决了此策略的未来扩展。
The fast development of quantum technologies over the last decades has offered a glimpse to a future where the quantum properties of multi-particle systems might be more fully understood. In particular, quantum computing might prove crucial to explore many aspects of high energy physics unaccessible to classical methods. In this talk, we will describe how one can use digital quantum computers to study the evolution of QCD jets in quark gluons plasmas. We construct a quantum circuit to study single particle evolution in a dense QCD medium. Focusing on the jet quenching parameter $\hat q $, we present some early numerical results for a small quantum circuit. Future extensions of this strategy are also addressed.