🚨 QNepal QTalk Series 2025 – Episode 6 ⚛️💻
Open Quantum Systems Dynamics and Noise Mitigation
Join us for Episode 6 of the QNepal QTalk Series 2025, where we continue our deep dive into quantum frontiers. In this session, we're honored to host Ke Wang, a senior PhD student in Mathematics at Penn State University. Ke will guide us through the intricate topic of quantum noise — how it emerges, affects quantum systems, and the advanced methods used to control it using first-principles theory.
🧠 Talk Overview
🔬 Topic: Open Quantum Systems Dynamics and Noise Mitigation
🗓️ Date: July 4, 2025
⏰ Time: 8:30 PM – 9:30 PM NPT (UTC+5:45) | 10:45 AM – 11:45 AM EST
🎤 Speaker: Ke Wang (PhD Math Student, Penn State University)
📍 Venue: Online (Zoom – link sent after registration)
🧾 Abstract
Understanding open quantum systems (OQS) is a fundamental challenge in physics, as no quantum system is ever truly isolated from its environment. In this talk, I will provide an introduction to the microscopic derivation of open quantum system dynamics and highlight recent methods for mitigating non-Markovian noise. I’ll also discuss how the spectral features of the environment affect system dynamics, with an emphasis on both theoretical insights and practical implications.
In this talk, you’ll explore:
☑️ Microscopic derivations of OQS dynamics
☑️ Recent methods to mitigate non-Markovian quantum noise
☑️ The role of environmental spectral features on system behavior
☑️ Practical implications in quantum computing and control
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🎉 Don't miss this exciting session in our year-long centenary celebration of quantum science!