Top Quark Spin Correlations with the CMS Detector
暫譯: CMS 偵測器中的頂夸克自旋相關性

Jason is deeply passionate about the elementary interactions between matter and energy and their application in sensor and technology development. During his Ph.D. work on Large Hadron Collider experiments, he focused on precision measurements of top quark properties and simulating and testing prototype silicon detectors in radiation environments. Currently, as a physicist and systems engineer, Jason is developing new, advanced methods for testing single event effects in 3D heterogeneously integrated electronic components and circuits. He aims to revolutionize the design process for radiation-hardened electronics, facilitating the rapid deployment of next-generation technologies for space and other applications.

Jason 對物質與能量之間的基本互動及其在感測器和技術開發中的應用充滿熱情。在他的博士研究中，他專注於大型強子對撞機（Large Hadron Collider）實驗中頂夸克（top quark）性質的精確測量，以及在輻射環境中模擬和測試原型矽探測器。目前，作為一名物理學家和系統工程師，Jason 正在開發新的先進方法，以測試三維異質整合電子元件和電路中的單事件效應（single event effects）。他的目標是徹底改變輻射抗擾電子產品的設計過程，促進下一代技術在太空及其他應用中的快速部署。