【2026物理年會學生之夜】在中正大學，讓我們發生「量子糾纏」吧！還在為海報論文傷腦筋嗎？還是聽了一整天的演講想換個心情？來物理年會除了貼海報、聽 Talk，當然還要來學生之夜 High 一下啊！為什麼你一定要來？* 免費餐盒大放送：來了就有精美餐盒！* 有獎遊戲拿好禮：不止簽到有精美紀念品，還有問答遊戲可以參加！* 交朋友的最佳時機：各校物理愛好者齊聚一堂！重磅嘉賓登場！我們特別邀請到兩位量子領域 (Quantum technologies) 的嘉賓：- 國立臺灣師範大學 古煥宇老師- 國立成功大學 張泰榕老師這一次，我們更重視學生與老師們之間的交流，了解教授們的人生故事與心路歷程，透過演講與問答交流，提供在座的你我對未來最具體的參考方向。想知道大師是如何練成的？想窺探量子世界的求學旅途？這個晚上，一次滿足你！活動資訊地點：國立中正大學 物理館 PH-206時間：2026.01.13（二）18：00 - 20：30對象：全國大學部/碩博士學生，另強烈建議有參加物理年會的你一定要來名額有限，手刀報名起來！報名傳送門：https://forms.gle/PTWEX4Kov5B3moNr9台灣物理年會官網：https://tps2026.conf.tw/site/page.aspx?pid=901......

【Announcement】Tensor Network States: Algorithms and Applications (TNSAA) 2025  Tensor Network States: Algorithms and Applications (TNSAA) 2025====================Date: December 15-18, 2025Venue: Meeting Room, QFord, 2nd Floor, College of Science Teaching Building, NCKU.Website: (Link)Registration Deadline (Nov. 27): (Link)Poster Submission Deadline (Nov. 15): (Link)====================Introduction:The Density Matrix Renormalization Group (DMRG) and its generalizations in the form of Tensor Network States have made significant contributions across a wide range of fields, including condensed matter physics, statistical physics, quantum chemistry, nuclear physics, and machine learning.The Tensor Network States: Algorithms and Applications (TNSAA) workshops were established to highlight these developments, providing a platform to showcase new algorithmic advances and their applications in uncovering novel physics. Continuing this tradition, we are pleased to organize the next workshop in the series, bringing together leading researchers in Tensor Network States to present their latest results and explore future directions. In addition, we invite contributions from related fields such as Quantum Monte Carlo, Machine Learning, and Quantum Simulation, with the goal of encouraging cross-disciplinary dialogue and inspiring fresh perspectives.Invited Speakers:Shinichiro Akiyama (Tsukuba U.)Garnet Chan (Caltech)Nikolay Ebel (IHÉS)Glen Evenbly (AWS Center for Quantum Computing)Andrej Gendiar (Slovak Academy of Sciences)Juraj Hasik (U. Zurich)Johannes Hauschild (TUM)Chisa Hotta (U. Tokyo)Ken Inayoshi (Saitama U.)Rei Inoue (Chiba U.)Naoki Kawashima (U. Tokyo)Seung-Sup Lee (Seoul Nat’l  U.)Jheng-Wei Li (CEA Grenoble)Tsuyoshi Okubo (U. Tokyo)Jesse Osborne (MPQ)Hoi Chun (Adrian) PO (HKUST)Mingpu Qin (Shanghai Jiao Tong U.)Erik S. Sørensen (McMaster U.)Hiroshi Ueda (U. Osaka)Yantao Wu (Chinese Academy of Sciences)Tao Xiang (Chinese Academy of Sciences)Zhiyuan Xie (Renmin U. of China)Mingru Yang (U. Cologne)Shuo Yang (Tsignhua U.) OrganizersOrganizing Committee:Pochung Chen (NTHU)Chia-Min Chung (NYCU)Yi-Ping Huang (NTHU)Ching-Yu Huang (THU)Ying-Jer Kao (NTU)Denis Kochan (NCKU)Ian McCulloch (NTHU)Advisory Committee:Ying-Jer Kao (NTU)Zhengcheng Gu (CUHK)Tomotoshi Nishino (Kobe U.)Tao Xiang (BAQIS)Contact:Prof. Chia-Min Chung: chiaminchung@gmail.comRenee: renee@phys.ncts.ntu.edu.tw

量子系統推動小組謹訂於114年11月11日至11月12日假台北寒舍艾美酒店舉辦「Quantum Taiwan 2025 量子科技國際研討會」。 本次研討會旨在掌握全球量子運算發展趨勢，並強化區域交流合作。 本活動以 「國際研討會 × 展覽 × 台灣技術亮點展示」 三大主軸為核心，期能整合國內外量子科技能量，深化技術合作、推動創新應用，並展現我國量子科技發展成果與國際鏈結。 þ在國際研討會部分，活動聚焦全球量子運算發展趨勢與合作策略。   我們榮幸邀請 IBM、FUJITSU、IQM、D-WAVE、QUANTINUUM、NVIDIA 等國際量子電腦領域的領先企業代表，   深入分享技術發展、創新應用與未來趨勢。同時邀請 日本 RIKEN、AIST、新加坡 NQO 等區域代表機構，   透過專家對談與經驗交流，共同掌握全球量子科技發展脈動，推動國際合作。þ在展覽部分，將邀請國內外量子科技相關知名企業參與，展示其專業技術與應用方向，並透過現場互動與交流，促進合作契機與產業對話。þ在技術亮點展示部分，將展出我國各量子科技研發團隊之階段性成果，展現研發能量、技術突破與應用潛力，並提供與會者交流互動的機會。我們誠摯地邀請您蒞臨指導，與國內外產官學研菁英共襄盛舉，一起推進台灣量子科技的創新應用與國際鏈結。相關活動報名與議程 請參見官網 https://www.quantumtaiwan.org/tw/modul ... ws/article.php?storyid=19量子系統推動小組 敬邀 

【時間】11/11(二) 14:00
【地點】中央研究院物理研究所1F演講廳
【演講者】陳壁彰研究員(中央研究院應用科學研究中心)
【講題】Lighsheet nanoscopy by expansion
【摘要】The holy grail in optical microscopy is imaging 3D biological specimen with the resolution, the same as in electron microscopy. Electron microscopy (EM) has a lot better spatial resolution but no color information and presumably limited to 2D. Instead, optical microscopy has chemical information due to fluorescent labeling with 3D fashion. Here, we are performing lightsheet microscopy combined with expansion microscopy to let optical microscopy meet electron microscopy.
【接待人】郭青齡副研究員 (中央研究院物理研究所)
【演講語言】英文
【活動網頁】https://www.phys.sinica.edu.tw/lecture detail.php?id=3108&eng=T

【講題】Highest-energy photon astronomy in the southern hemisphere opened by the ALPACA air shower array under construction in the Bolivian Andes【時間】10/14(二) 14:00【地點】中央研究院物理研究所1F演講廳【演講者】Prof. Takashi Sako (Institute for Cosmic Ray Research, the University of Tokyo)

【摘要】In the last few years, air shower experiments established techniques to distinguish photon-induced air showers from cosmic-ray-induced showers at the energy range of 10TeV to 1PeV, which opened the highest-energy photon window of the astronomy. By the pioneering TibetASγ experiment, the HAWC and LHAASO experiments various types of sources are found to emit such high-energy photons. The discovery of sub-PeV (>100TeV) sources is crucial to identify the origin of PeV cosmic-ray accelerators in our milky way galaxy. While more active objects are known in the southern hemisphere where we can observe near the center of the Galaxy, the current experiments are located in the northern hemisphere. Andes Large area PArticle detector for Cosmic ray physics and Astronomy (ALPACA) is a new air shower experiment under construction in the Bolivian Andes at an altitude of 4,740m. By covering a surface area of 83,000m2 accompanied with the 3,600m2 underground muon detectors, ALPACA will explore the southern sub-PeV sky for the first time. Currently, a quarter size of ALPACA surface array named ALPAQUITA is in operation and the construction of the first muon detector will start in October 2025. In this seminar, I will review the recent progress of the sub-PeV astronomy in the northern hemisphere. The concept of ALPACA and the recent topics by ALPAQUITA for the cosmic-ray observations are reviewed. Finally, I will summarize the prospects of ALPACA and future experiments.
【接待人】Dr. Anatoli Fedynitch 安納托里助研究員 (中央研究院物理研究所)
【演講語言】英文
【活動網頁】https://www.phys.sinica.edu.tw/lecture detail.php?id=3097&eng=T

CECAM台灣節點成立大會此次會議象徵歐洲原子和分子計算中心(Centre Européen de Calcul Atomique et Moléculaire，以下簡稱CECAM)-台灣節點正式啟動，預計邀請 CECAM 組織社群成員、亞洲地區學術同仁（日本、韓國、泰國、菲律賓、越南、印度等），以及台灣國內各界學術社群共同參與。屆時將安排來自不同地區之學術代表簡介各地研究活動與發展現況，期盼藉由此次啟動會議，促進學術交流，並開啟 CECAM 在東亞地區發展之新契機。* 日期: 2025年10月30日至10月31日* 地點: 中研院原分所 浦大邦紀念講堂 (台大校園內)* 會議註冊網址: https://www.cecam.org/workshop-details ... -tw-kick-off-meeting-1469* 報名截止日期: 10月12日聯絡人: Ms. Jess Wu <jesswu@g.iams.sinica.edu.tw>CECAM-TW Kick-Off MeetingCECAM-TW Kick-Off Meeting marks the official launch of the Taiwan Node of the Centre Européen de Calcul Atomique et Moléculaire (CECAM). We invite members of the CECAM community, academic colleagues from across Asia (including Japan, Korea, Thailand, the Philippines, Vietnam, India, and others), as well as the broader academic community in Taiwan to participate. Representatives from different regions will present an overview of local research activities and developments. Through this kick-off meeting, we hope to foster academic exchange and open a new chapter for the development of CECAM in East Asia.* Date: October 30th to 31st, 2025* Venue: Dr. Poe Lecture Hall, IAMS, Academia Sinica (NTU campus)* Registration website: https://www.cecam.org/workshop-details ... -tw-kick-off-meeting-1469* Registration Deadline: October 12Contact: Ms. Jess Wu <jesswu@g.iams.sinica.edu.tw>

【遇事不決，就來點量子力學！】
今年夏天還沒想好去哪裡玩嗎？不如來趟知識與想像力的旅程！

台中的 國立自然科學博物館 正在熱烈展出《量力而微－量子力學特展》
顛覆直覺、挑戰想像，從雙縫實驗到量子糾纏，讓你重新認識這個奇妙世界的運作方式！

想先一探究竟嗎？
#量子熊團隊 為你搶先開箱特展亮點 
點進來跟我們一起感受量子世界的魅力吧～ https://www.youtube.com/watch?v=jhQx6uVzL E

The Association of Asia Pacific Physical Societies (AAPPS) and the Chinese Physical Society (CPS) are delighted to announce that the 16th Asia Pacific Physics Conference (APPC16) will take place in Haikou, China from October 19th to October 24th, 2025.As a triennial conference series organized by AAPPS, APPC brings together physicists from across the region to share and discuss cutting-edge research and education in all areas of physics. Hosted by CPS in 2025, APPC16 will provide a unique opportunity for scholars to foster collaborations, strengthen friendships, and exchange ideas with colleagues from the Asia-Pacific community.Conference Dates: October 19 – 24, 2025Conference Venue: Hilton Haikou Meilan, Haikou, Hainan ChinaImportant Dates:- Abstract submission: March 1 – August 15, 2025- Notification of accepted abstracts: Starting from September 1, 2025- Early-bird registration: March 1 – September 15, 2025- Closing of standard registration: October 24, 2025Conference Website: https://appc16.scimeeting.cn/en

為讓高中職及大專院校學生認識量子科技與未來發展，Entangle Tech 將於暑期辦理「QRACON 2025 學生量子電腦年會」，提供各階段學習者間接觸與交流學習之契機，相互砥礪，啟發學生對科學研究的熱情與創新潛力！「QRACON 2025學生量子電腦年會」一、活動日期：114年8月23日（星期六）。二、活動地點：中研院人文社會館三樓及四樓各廳。三、報名資格：全國高中職及大專院校在學學生，與對量子科技有興趣者皆可報名。四、活動詳情：詳見活動企劃書與QRACON 2025活動官網：https://brilliant-semifreddo-0ab1ef.netlify.app/agenda.html。五、報名方式：https://sqcs.kktix.cc/events/qracon2025。 「量子科普閱讀及專題競賽」一、活動期程：見海報與競賽簡章說明。二、活動地點：中研院人文社會館四樓。三、報名資格：全國國中、高中職及大專院校在學學生，或對量子科技有興趣者皆可報名。四、活動詳情：詳見簡章與QRACON 2025活動官網：https://brilliant-semifreddo-0ab1ef.netlify.app/agenda.html。五、競賽報名表單：https://reurl.cc/XAz8XR。六、量子科普閱讀及專題競賽簡章： https://reurl.cc/9DlkzY。 歡迎符合資格的學生踴躍報名參加！ 詳情請參閱附件，若有任何問題也歡迎聯繫年會粉專討論：https://www.instagram.com/entangletech.2023/。

The 16th International Conference on Research Progress in Graphene and 2D Materials Research (RPGR2025) will be held in Toyama (富山), Japan, from November 3 to 7, 2025.Abstract Submission Deadline: July 14, 2025https://smartconf.jp/content/rpgr2025/aboutThe 16th International Conference on Research Progress in Graphene and 2D Materials Research (RPGR2025) will be held in Toyama (富山), Japan, from November 3 to 7, 2025.RPGR is the premier annual conference series focused on graphene and other novel two-dimensional materials, which is organized by the scientists in the Asia-Pacific region. The purpose of RPGR is to facilitate networking among participants, to share the significant developments in graphene and 2D materials research, to stimulate innovative research ideas and future trends, and to explore potential collaboration opportunities in all regions of the world.

The RPGR conference series originally began with a focus on the properties and applications of graphene, the first two-dimensional material to be isolated experimentally. In recent years, the family of atomically thin two-dimensional materials has expanded to include hexagonal boron nitride, layered transition-metal dichalcogenides, layered oxides, silicene, black phosphorus, and many more. Recognizing the strong intellectual ties between graphene and other atomically thin materials, the focus of RPGR has expanded to include "graphene and other two-dimensional materials.

邀請物理相關女PI 共襄盛舉，活動時間2025年8月26日

中研院物理所演講活動訊息【時間】7/8(二) 14:00【地點】中央研究院物理研究所1F演講廳【演講者】Prof. Chih-Kang Ken Shih施至剛教授 (Department of Physics, The University of Texas at Austin)【講題】Quantum Tiling of 2D Electronic Materials【摘要】Twisting two atomically thin layers of 2D electronic materials creates moiré patterns that unlock entirely new quantum phenomena—ushering in the era of quantum tiling. Much like artistic tiling fills a surface with intricate patterns, scientists can now design moiré superlattices to engineer exotic electronic states. In this talk, I will present three recent examples from our lab using twisted bilayer WSe₂ to illustrate the power of .this approach.First, at small twist angles, long-wavelength moiré superlattices form, where the presence of oppositely charged atomic layers induces swirling patterns of interlayer polarization—pseudospin skyrmions—that impart quantum geometric phases and enable topological band engineering. Scanning tunneling microscopy and spectroscopy reveal both the pseudospin textures and associated moiré band topology. [1]Second, at a 30° twist, the moiré pattern becomes incommensurate with the atomic lattice, giving rise to a moiré quasicrystal that lacks translational symmetry but preserves long-range order through tiling rules. Despite the breakdown of Bloch’s theorem, quasi-Bragg planes emerge, leading to fractal-like mini-gaps. [2]Third, for twist angles slightly offset from commensurate values, the system self-organizes into a periodic array of three distinct rotational domains—called a supermoiré lattice. This superstructure generates a dense set of flatbands, offering a novel platform for exploring strongly correlated moiré quantum phases. [3][1] Zhang, F. et al. Nat. Phys. (2025) https://doi.org/10.1038/s41567-025-02876-y[2] Li, Y. et al. Nature 625, 494–499 (2024). https://doi.org/10.1038/s41586-023-06904-w[3] i, Y. et al. Nat. Phys. (2025). https://doi.org/10.1038/s41567-025-02914-9【接待人】莊天明副研究員 (中央研究院物理研究所)【演講語言】英文【活動網頁】https://www.phys.sinica.edu.tw/lecture detail.php?id=3068&eng=T