物理所研究生榮獲台灣物理學會2022研究生優良論文獎
獲獎人：曾聖元 吳天鳴教授指導(110畢碩士生)
獎項名稱：2022研究生優良論文獎：碩士論文優等
論文題目：利用鍵結方向秩序參數與深度學習探討 Lennard-Jones系統在液-固態相變之局部結構
12/22 Nanophotonics for Compound Semiconductor Technologies & Applications
/在： 演講公告 /通過： lcchen時間：12月22日(四) 13：20 ~ 14：50
題目：Nanophotonics for Compound Semiconductor Technologies & Applications
講者：林仲相 博士
服務單位：分子尼奧科技股份有限公司
對象：本所博士生及碩士生、或其他有興趣之師生
地點：本校科學三館1樓 SC157
備註：GoogleMeet連結直播 https://meet.google.com/ndj-aqqz-xuo
摘要：
The recent trend of compound semiconductor application and technology is addressed.
Driven by the subjects of 5G/6G, AI, HPC, advanced sensing, machine learning and quantum computing, the intelligent nanophotonics technology developments on laser device and Silicon photonics solutions are introduced.
In addition, a new production technique of NIL (Nanoimprint Lithography) applied to CS industry is commercially updated for a wider range of applications.
Driven by the subjects of 5G/6G, AI, HPC, advanced sensing, machine learning and quantum computing, the intelligent nanophotonics technology developments on laser device and Silicon photonics solutions are introduced.
In addition, a new production technique of NIL (Nanoimprint Lithography) applied to CS industry is commercially updated for a wider range of applications.
12/15 The Bethe Ansatz Method and Quantum Integrability: Exact Solutions of Models of Strongly Interacting Quantum Matter
/在： 演講公告 /通過： lcchenTime: 2:00pm~3:20pm, December 15 (Thursday)
Title: The Bethe Ansatz Method and Quantum Integrability: Exact Solutions of Models of Strongly Interacting Quantum Matter
Speaker: Dr. Hans-Peter Eckle
(Humboldt Study Centre, Ulm University, Germany)
Place: online speech https://meet.google.com/ndj-aqqz-xuo
Students should attend the lecture in Science Building III 1F SC157
Abstract:
The method to solve a strongly interacting quantum many-particle model, the Heisenberg quantum spin chain, devised by Hans Albrecht Bethe in 1931, has since been developed into a versatile set of methodologies to calculate non-perturbatively the physical properties of models of quantum matter. In the nine decades since Bethe’s work, the Bethe ansatz has grown into an important field of mathematical and theoretical physics as both, the method itself and the range of solved models, have been vastly extended. Moreover, it was discovered that the models exhibit an infinite number of conserved quantities: the exactly solved models are quantum integrable. The quantum physical models amenable to an exact solution by Bethe ansatz range from condensed matter and quantum optical physics to quantum field and string
theory and have even fertilised pure mathematics.
We shall concentrate our discussion on condensed matter systems, such as quantum spin chains and one-dimensional electronic models, e.g. the Hub-bard and Kondo models, and models relevant for quantum optics, such as the quantum Rabi and Jaynes-Cummings models. Furthermore, we shall touch briefly on the ongoing quest for a consistent definition of quantum integrability.
12/8 Quantum Walk: Entanglement between coin and position spaces
/在： 演講公告 /通過： lcchen時間：12月8日(四) 13：20 ~ 14：50
題目：Quantum Walk: Entanglement between coin and position spaces
講者：張慶瑞 主任暨講座教授
服務單位：中原大學量子資訊中心
對象：本所博士生及碩士生、或其他有興趣之師生
地點：本校科學三館1樓 SC157 (本次演講與電物系共同上課，講員於次軒廳演講，透過 google meet於SC157轉播)
Abstract: Quantum entanglement is that when a particle in a system is measured, not only the measured particle, but all the particles of the system, will immediately collapse to the classical result. Quantum entanglement brings bright prospects for the development of new technologies and will create the future quantum earth. Quantum walks are also the result of the entanglement of coins and position spaces, exhibiting very different characteristics than classical random walks. Quantum walks can provide exponential speedups compared to classical algorithms in some applications due to iterative shift and coin operators. Here, we mainly discuss two very different applications: fundamental physics and big data analytics. Majorana 1+1 spacetime dynamics and options pricing models with quantum walks show promise for quantum computing.
References:
Wei-Ting Wang, Xiao-Gang He, Hsien-Chung Kao, Ching-Ray Chang , https://arxiv.org/abs/2210.00306 .
12/1 Connection between Probability theory and Physics
/在： 演講公告 /通過： lcchen時間：12月1日(四) 13：20 ~ 14：50
題目：Connection between Probability theory and Physics
講者：千野由喜 助理教授
服務單位：國立陽明交通大學 應用數學系
對象：本所博士生及碩士生、或其他有興趣之師生
地點：本校科學三館1樓 SC157
備註：GoogleMeet連結直播 https://meet.google.com/ndj-aqqz-xuo
摘要：
We consider how the probability theory can be applied to physics.
In this talk, we treat random walk as an example and see the relation
to heat equation, if time permits, we will also consider the relation
between random walk and electric networks.
In this talk, we treat random walk as an example and see the relation
to heat equation, if time permits, we will also consider the relation
between random walk and electric networks.
11/24 Development of Quantum Processor with Fluxonium Superconducting Qubits
/在： 演講公告 /通過： lcchen時間：11月24日(四) 13：20 ~ 14：50
題目：Development of Quantum Processor with Fluxonium Superconducting Qubits
講者：林晏詳 助理教授
服務單位：國立清華大學 物理學系
對象：本所博士生及碩士生、或其他有興趣之師生
地點：本校科學三館1樓 SC157
備註：GoogleMeet連結直播 https://meet.google.com/ndj-aqqz-xuo
摘要：
In a universal quantum processor, quantum states of quantum bits can be operated
by well-defined quantum logic gates.
Superconducting circuits is one of the promising candidates of hardware platform
for quantum processors. Fluxonium superconducting qubits have long coherence time,
large anharmonicity, and rich energy levels. In this talk, I will introduce
the basic concept of fluxonium superconducting qubits. We will further discuss
about single-qubit gates, two-qubit gates in fluxonium qubit systems.
by well-defined quantum logic gates.
Superconducting circuits is one of the promising candidates of hardware platform
for quantum processors. Fluxonium superconducting qubits have long coherence time,
large anharmonicity, and rich energy levels. In this talk, I will introduce
the basic concept of fluxonium superconducting qubits. We will further discuss
about single-qubit gates, two-qubit gates in fluxonium qubit systems.
11/17 氣候緊急年代的挑戰與契機
/在： 演講公告 /通過： lcchen時間：11月17日(四) 13：20 ~ 14：50
題目：氣候緊急年代的挑戰與契機 Challenge and Opportunity in Climate Emergency Era
講者：許晃雄 特聘研究員兼專題中心執行長
服務單位：中央研究院 環境變遷研究中心
對象：本所博士生及碩士生、或其他有興趣之師生
地點：本校科學三館地下1樓 次軒廳
備註：GoogleMeet連結直播 https://meet.google.com/owv-hinu-okx
11/10 Is it possible to see the Planck scale?
/在： 演講公告 /通過： lcchen時間：11月10日(四) 13：20 ~ 14：50
題目：Is it possible to see the Planck scale?
講者：川合光 特聘講座教授
服務單位：國立臺灣大學 物理學系
對象：本所博士生及碩士生、或其他有興趣之師生
地點：本校科學三館1樓 SC157
備註：GoogleMeet連結直播 https://meet.google.com/ndj-aqqz-xuo
摘要：
The fundamental interaction between elementary particles consists
of four forces: the electromagnetic force, the strong force, the
weak force, and gravity. At distances reachable by current
accelerators, gravity is extremely smaller than the other three
forces. However, at a hypothetical short distance, called the
Planck scale, all forces are equal in magnitude. In other words,
something with the size of the Planck scale seems to underlie
everything, and a strong candidate for this is string theory.
In this talk, I will discuss the possibility of actually seeing
physical phenomena at the Planck scale, including string theory.
Specifically, we plan to discuss (1) the emergence and expansion
of the universe based on the matrix model, (2) the naturalness
problem and the behavior of the Standard Model at the Planck scale,
and (3) the relationship between black hole evaporation and the
Planck scale.
of four forces: the electromagnetic force, the strong force, the
weak force, and gravity. At distances reachable by current
accelerators, gravity is extremely smaller than the other three
forces. However, at a hypothetical short distance, called the
Planck scale, all forces are equal in magnitude. In other words,
something with the size of the Planck scale seems to underlie
everything, and a strong candidate for this is string theory.
In this talk, I will discuss the possibility of actually seeing
physical phenomena at the Planck scale, including string theory.
Specifically, we plan to discuss (1) the emergence and expansion
of the universe based on the matrix model, (2) the naturalness
problem and the behavior of the Standard Model at the Planck scale,
and (3) the relationship between black hole evaporation and the
Planck scale.
112學年度碩士班甄試入學口試須知
/在： 招生公告, 碩博班招生 /通過： lcchen〈下載列印〉
國立陽明交通大學物理研究所112學年度碩士班甄試入學口試須知
- 口試簡報：
- 請於11/8(二)中午前將簡報檔案上傳。恕不接受上傳後更改之申請，口試當天請務必攜帶簡報檔案備用。
- 內容：自我介紹或專題報告，以及報考物理所的動機與期盼，以3分鐘為限。
- 類型：pdf檔或power point檔。
- 檔名：考生編號_考生姓名(例：A_123456_許楦敏.pdf)
- 連結：請上傳至https://forms.gle/tYdtsYL6RaA3ropV9
- 現場設備：NB、單槍設備、雷射光筆。
- 報到：
謹訂於11月14日(一)舉行口試，請攜帶身分證正本，於口試時間前30分鐘至本校光復校區科學三館4樓SC427辦理報到並等候口試。
- 口試：
- 依序唱名進行口試，請耐心等候。
- 每位考生口試時間為8分鐘，前3分鐘請考生報告簡報資料，之後為問題詢答。口試期間會聽到2次鈴聲，6分鐘時響鈴一次，8分鐘時響鈴兩次提醒口試結束。
- 因面試時間有限，為維護考生權益，如不會回答時請明確表示，以進行下個問題之詢答。
- 口試時間：未依規定參加者視同放棄。
| 考生編號 | 口試時間 | 口試地點 A組：SC427 B組：SC416 |
||
| 402002 | 13:00 | ~ | 13:08 | A組 |
| 402003 | 13:08 | ~ | 13:16 | A組 |
| 402004 | 13:16 | ~ | 13:24 | A組 |
| 402006 | 13:24 | ~ | 13:32 | A組 |
| 402007 | 13:32 | ~ | 13:40 | A組 |
| 402008 | 13:40 | ~ | 13:48 | A組 |
| 402009 | 13:48 | ~ | 13:56 | A組 |
| 402010 | 13:56 | ~ | 14:04 | A組 |
| 402012 | 14:04 | ~ | 14:12 | A組 |
| / | 14:12 | ~ | 14:20 | 休息 |
| 402013 | 14:20 | ~ | 14:28 | A組 |
| 402014 | 14:28 | ~ | 14:36 | A組 |
| 402015 | 14:36 | ~ | 14:44 | A組 |
| 402017 | 14:44 | ~ | 14:52 | A組 |
| 402018 | 14:52 | ~ | 15:00 | A組 |
| 402019 | 15:00 | ~ | 15:08 | A組 |
| 402020 | 15:08 | ~ | 15:16 | A組 |
| 402021 | 15:16 | ~ | 15:24 | A組 |
| 402022 | 15:24 | ~ | 15:32 | A組 |
| / | 15:32 | ~ | 15:40 | 休息 |
| 402023 | 15:40 | ~ | 15:48 | A組 |
| 402024 | 15:48 | ~ | 15:56 | A組 |
| 402026 | 15:56 | ~ | 16:04 | A組 |
| 402027 | 16:04 | ~ | 16:12 | A組 |
| 402028 | 16:12 | ~ | 16:20 | A組 |
| 402029 | 16:20 | ~ | 16:28 | A組 |
| 402030 | 16:28 | ~ | 16:36 | A組 |
| 402031 | 16:36 | ~ | 16:44 | A組 |
| 402032 | 16:44 | ~ | 16:52 | A組 |
| 402033 | 13:00 | ~ | 13:08 | B組 |
| 402034 | 13:08 | ~ | 13:16 | B組 |
| 402035 | 13:16 | ~ | 13:24 | B組 |
| 402036 | 13:24 | ~ | 13:32 | B組 |
| 402037 | 13:32 | ~ | 13:40 | B組 |
| 402038 | 13:40 | ~ | 13:48 | B組 |
| 402040 | 13:48 | ~ | 13:56 | B組 |
| 402041 | 13:56 | ~ | 14:04 | B組 |
| 402042 | 14:04 | ~ | 14:12 | B組 |
| / | 14:12 | ~ | 14:20 | 休息 |
| 402043 | 14:20 | ~ | 14:28 | B組 |
| 402044 | 14:28 | ~ | 14:36 | B組 |
| 402046 | 14:36 | ~ | 14:44 | B組 |
| 402047 | 14:44 | ~ | 14:52 | B組 |
| 402048 | 14:52 | ~ | 15:00 | B組 |
| 402049 | 15:00 | ~ | 15:08 | B組 |
| 402050 | 15:08 | ~ | 15:16 | B組 |
| 402051 | 15:16 | ~ | 15:24 | B組 |
| 402052 | 15:24 | ~ | 15:32 | B組 |
| / | 15:32 | ~ | 15:40 | 休息 |
| 402053 | 15:40 | ~ | 15:48 | B組 |
| 402056 | 15:48 | ~ | 15:56 | B組 |
| 402059 | 15:56 | ~ | 16:04 | B組 |
| 402061 | 16:04 | ~ | 16:12 | B組 |
| 402062 | 16:12 | ~ | 16:20 | B組 |
| 402063 | 16:20 | ~ | 16:28 | B組 |
| 402064 | 16:28 | ~ | 16:36 | B組 |
| 402065 | 16:36 | ~ | 16:44 | B組 |
| 402067 | 16:44 | ~ | 16:52 | B組 |
國立陽明交通大學物理研究所
電話：03-5720810
傳真：03-5720728
地址：新竹市大學路1001號科學三館3樓SC352室
聯絡人：許楦敏小姐
email：f641126@nycu.edu.tw
11/1 Spatial-Temporal dynamics in Solid State Lasers 固態雷射時空動力學之研究
/在： 演講公告 /通過： lcchen時間：11月1日(二) 12：20 ~ 13：20
題目：Spatial-Temporal dynamics in Solid State Lasers 固態雷射時空動力學之研究
講者：梁興弛 教授
服務單位：國立臺灣海洋大學 光電與材料科技學系
地點：本校科學三館1樓 SC160
多元領域與人才
特色發展之實驗室及專精領域
嚴謹之課程架構以培養學生具研究能力
積極培養學生具國際化素養及視野
網站搜尋
聯絡資訊
地址：30010 新竹市大學路1001號
電話：03 572 0810
傳真：03 572 0728
信箱：f641126@nycu.edu.tw
lcchen@nycu.edu.tw