時間：10月22日(四) 13：20 ~ 15：10
題目：Building a 20-Qubit Superconducting Processor: From Chip Fabrication to AI-Driven Bring-Up
講者：柯忠廷 助研究員
服務單位：中央研究院 物理研究所
地點：本校科學三館1樓 SC157
Special Colloquium
時間：10月14日(三) 16：00 ~ 17：20
題目：Probing Compact Objects: From Magnetar Activity to Accretion Dynamics
講者：胡欽評 教授
服務單位：國立彰化師範大學 物理學系
地點：本校科學三館1樓SC160
摘要：
Compact objects are natural laboratories for studying physics under extreme conditions. Starting with X-ray and gamma-ray observations, my research also draws on radio, optical, and gravitational-wave studies to understand how these systems behave. In this talk, I will focus on two questions: what causes changes in the emission of neutron stars, especially magnetars, and how compact objects interact with surrounding materials. I will first discuss our studies of magnetar emission and activity, using SGR 1935+2154 as a key example. Broadband, high-cadence X-ray observations have helped us identify glitches and track changes in its X-ray spectrum. These results help us investigate processes in the neutron-star interior and magnetosphere and explore their possible links to fast radio bursts. I will then turn to accreting compact objects, including a closer look at SMC X-1, a local analogue of ultraluminous X-ray pulsars. The evolution of its spin period and its long-term X-ray flux modulation provide clues to both the accretion flow and the geometry of the surrounding disk. Finally, I will discuss the roles of time-frequency analysis and NinjaSat observations in these studies, as well as our ongoing X-ray detector development for future observations.
時間：10月15日(四) 13：20 ~ 15：10
題目：Tracing Gas In and Around Galaxies with the Largest Spectroscopic Dataset
講者：藍鼎文 副教授
服務單位：國立臺灣大學 天文物理研究所暨物理學系
地點：本校科學三館1樓 SC157
11/5臺灣無人機產業的發展與機會
11/19原文讀者才能抓到的弦外之音：《臺灣漫遊錄》的細讀與典故
11/26馬太鞍堰塞湖潰決之後，危險結束了嗎？——從大地的振動，重新理解山與河
12/3當貝多芬走進電影院：電影中的古典音樂密碼
時間：10月8日(四) 13：20 ~ 15：10
題目：Engineering Quantum Materials with the Cavity Vacuum: A First-Principles QEDFT Perspective
講者：陸意德 助理教授
服務單位：國立陽明交通大學 電子物理系
地點：本校科學三館1樓 SC157
摘要：
Even without external illumination, the vacuum fluctuations of an optical cavity can reshape the ground state of a solid, offering a new route to controlling quantum materials. In this talk, I will present a first-principles framework based on quantum-electrodynamical density functional theory (QEDFT) that captures this effect in periodic systems. Starting from the Pauli–Fierz Hamiltonian in the long-wavelength limit, we incorporate electron–photon correlations into the Kohn–Sham scheme and extend density-functional perturbation theory to include photon-mediated lattice dynamics. I will show that the cavity vacuum can alter materials properties such as tune semiconductor band gaps, modify superconducting critical temperatures, and induce topological phases. These results establish QEDFT as a predictive tool for designing cavity quantum materials.
歡迎「志同道合」的夥伴，一起加入台積、共創奇蹟！
👍 計畫對象：2027年應屆畢業之碩、博士生
👍 主修科系：主修半導體、電機、電子、光電、電信、物理、材料、化學、化工、機械、資工、資管、工工、工管、環工、土木、其他理工科系、人資、商管等相關領域
👍 徵才時程：
• 申請日期：即日起 – 2026/10/31
• 面談日期：即日起 – 2026/12/31
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