The nature and fate of quasiparticles in correlated quantum matter

电子学革命和信息时代是由基于准粒子概念的强大理论所推动的，准粒子是由许多粒子（如电子）组成的物体。该奖学金旨在通过研究超越当前范式的准粒子性质来揭示新复杂材料的行为。关键的创新是使用被囚禁的原子，这使得新的量子理论和计算工具得以开发和精确测试。该奖学金产生的新知识将推动包括凝聚态物理学在内的一系列领域的发展，并可能最终支撑具有强大数据存储器的新一代量子设备，其中信息可以有效地存储和提取。

The revolution in electronics and the Information Age were enabled by powerful theories based on the concept of the quasiparticle, an object composed of many particles such as electrons. This Fellowship aims to unravel the behaviour of new complex materials by investigating the nature of quasiparticles beyond the current paradigm. The key innovation is the use of trapped atoms, which allows new quantum theories and computational tools to be developed and precisely tested. The new knowledge generated by the Fellowship will advance a range of fields, including condensed matter physics, and could ultimately underpin a new generation of quantum devices featuring robust data memories, where information can be efficiently stored and extracted.