輔仁大學 物理系 徵才公告職稱：助理教授(含)級以上專任/專案教學人員學歷：博士名額：2名起聘時間：115學年度第1學期起收件截止日：115年 3月 6日任教科目：半導體物理、半導體製程、半導體元件、醫學影像物理等相關課程科系要求 物理系、化學系、電機系等理工相關科系應具備要件：一、應聘者應認同且配合輔仁大學辦學精神，以及遵行輔仁大學所規範之倫理原則。並應參與校方所提供身心靈的教育成長活動，積極融入有所體認與感動且傳遞此價值給學生，共同營造輔仁大學的校園文化與精神。二、專長領域:1.半導體物理(實驗優先)、半導體元件、半導體製程及相關領域或2.核磁共振影像(MRI)、醫學影像物理、生醫影像分析。本系已建置半導體實驗室與核磁共振影像(MRI)實驗室,歡迎具相關研究能力者加入團隊,共同推動本系特色實驗室之教學與研究發展。三、具博士學位(國內外皆可)。四、具備獨立從事研究與指導學生之能力。五、具備開設物理系相關課程之專長,且願意參與本系教學、研究與服務工作。六、能協助發展半導體或 MRI 相關研究實驗室者尤佳。七、曾有國科會計畫、國際合作或產學合作經驗者尤佳。八、須能英文授課。應繳交資料：一、線上填寫「履歷表」及「自傳」(至本校人才招募平台登入註冊後填寫 https://job.fju.edu.tw/#/ )。二、申請信(說明申請動機與符合專長) 。三、個人履歷(含著作目錄、教學經驗、研究成果等) 。四、博士學位證書影本。五、代表作及近五年研究成果。六、教學計畫與研究計畫(各1份) 。七、三封推薦信。八、其他有助審查之資料(如國科會計畫、產學合作、專利等)。以上二至八項請合併為一個PDF檔或壓縮檔，Email至013859@mail.fju.edu.tw收件地址：242062新北市新莊區中正路510號輔仁大學人事室聯絡人及電話：輔仁大學物理學系 鍾淑君 02-29052432Faculty Position Announcement – Department of Physics, Fu Jen Catholic UniversityPosition Title: Full-time Faculty Position at the rank of Assistant Professor or above (Tenure-track / Contract Teaching Faculty)
Qualification: Ph.D. required
Number of Positions: Two (2)
Starting Date: Beginning of the Fall Semester, Academic Year 2026 (August 2026)
Application Deadline: March 6, 2026Teaching Areas:
Semiconductor Physics, Semiconductor Fabrication, Semiconductor Devices, Medical Imaging Physics, and related courses.Eligible Fields:
Physics, Chemistry, Electrical Engineering, or other related science and engineering disciplines.Required QualificationsApplicants must support the educational mission of Fu Jen Catholic University, adhere to the University’s ethical principles, and actively participate in its holistic educational programs that emphasize intellectual, personal, and spiritual development. Faculty members are expected to help cultivate and transmit these values to students and contribute to the University’s academic community and culture.Areas of Expertise:(a) Semiconductor physics (experimental background preferred), semiconductor devices, semiconductor fabrication, or related fields; or(b) Magnetic Resonance Imaging (MRI), medical imaging physics, biomedical imaging analysis, or related fields.The Department has established Semiconductor and MRI laboratories, and applicants with relevant research expertise are encouraged to join and contribute to the development of these signature laboratories.A Ph.D. degree from a domestic or international institution.Demonstrated ability to conduct independent research and supervise students.Ability to teach physics-related courses and willingness to participate in departmental teaching, research, and service.Ability to assist in developing Semiconductor or MRI research laboratories is highly desirable.Experience with government-funded research projects (e.g., NSTC), international collaborations, or industry-academic collaborations is preferred.Ability to teach courses in English is required.Complete the online application form and autobiography via the Fu Jen Catholic University recruitment system:
https://job.fju.edu.tw/#/Cover letter describing research interests, teaching experience, and motivation for applying.Curriculum Vitae (including publication list, teaching experience, and research achievements).Copy of Ph.D. diploma.Representative publications and research achievements from the past five years.Teaching statement and research plan.Three letters of recommendation.Any additional supporting materials (e.g., funded research projects, industry collaborations, patents).Required Application MaterialsPlease combine items 2–8 into one PDF file or a compressed file and email to:
013859@mail.fju.edu.twMailing Address:
Personnel Office
Fu Jen Catholic University
No. 510, Zhongzheng Rd., Xinzhuang Dist., New Taipei City 242062, TaiwanContact Person:
Ms. Shu-Chun Chung
Department of Physics, Fu Jen Catholic University
Tel: +886-2-2905-2432

【2026年1月~2028年1月】 3/2/2026更新

台灣物理學會與波蘭物理學會深化合作夥伴關係！ 

台灣物理學會（The Physical of Taiwan, TPS）與波蘭物理學會（Polish Physical Society, PPS）欣然宣布，雙方已正式完成會員互惠權益協議的更新。

此次協議的更新，象徵著雙方在深化學術合作、促進會員交流，以及強化台灣與波蘭物理學界之間科學互動方面的共同承諾。

我們期待未來能展開更多具體且富有成效的合作，共同推動物理學研究與學術社群的持續發展！


Exciting News! The Physical Society of Taiwan and the Polish Physical Society Strengthen Their Partnership! 

The Physical Society of Taiwan (TPS) and the Polish Physical Society (PPS) are delighted to announce the successful renewal of their Agreement for Reciprocal Membership Privileges.

This milestone reflects a shared commitment to deeper collaboration, enhanced member engagement, and strengthened scientific exchange between the physical communities of Taiwan and Poland.

We look forward to a productive and prosperous partnership in the years ahead!

第56屆理監事(2024-2026)理監事會、處及委員會名單理監事會理事：
王為豪、仲崇厚、曲宏宇、林俐暉、林耿慧、高崇文、莊程豪、許華書、許進恭、郭建成、郭家銘、陳柏中、陳美杏、陳凱風、陸亭樺、楊仲準、溫文鈺、鄭澄懋、謝佳龍、簡紋濱、藍彥文監事：
何孟書、林文欽、高英哲、薛宏中、羅夢凡秘書長：
陳俞融常務理事郭家銘(理事長)、郭建成(副理事長)、曲宏宇、陸亭樺、楊仲準常務監事高英哲人事財務處(理事長、秘書長)郭家銘(主任)、陳俞融(副主任)司選會：
理事長、常務理事、常務監事、秘書長學術處郭家銘(理事長)、郭建成(副理事長)、曲宏宇(主任)、鄭澄懋(副主任)、簡紋濱(副主任)、仲崇厚、林俐暉、林耿慧、高崇文、莊程豪、許華書、許進恭、陳凱風、陳美杏、陸亭樺、溫文鈺、藍彥文學生分會指導老師莊程豪出版處溫文鈺(召集人)、王為豪、高崇文、許進恭、陳柏中、簡紋濱華人物理學刊編委會陳宣毅（總編輯 114/01 ~ 116/12)、蔣正偉（副總編）、張明強（副總編)、許進恭（副總編)、李啟正（副總編)、張家靖、常國慶、張允崇、陳江梅、陳國平、陳仕宏、陳彥宏、陳洋元、陳應誠、江海邦、周家復、周翊、管希聖、郭宗枋、林倫年、許聿翔、洪毓玨、黃崇源、洪勇智、莊振益、柯治明、高仲明、郭建成、李亞儒、林豐利、林文欽、劉承邦、馬遠榮、白植豪、裴靜偉、蔡日強、王智明、溫文鈺、吳國安、吳天鳴、吳育任、楊桂周、楊志開、詹楊皓、許華書、溫福來、吳國成、李晁逵、古煥宇、陳信良、陳宏斌、吳桂光、吳品頡、郭華丞、周逸儒、許華倚、蘇萬生、Aftab Alam、Roelof Bijker、Miguel Cazalilla、Subir Das、Viktor Eisler、Bengt Eliasson、Rupesh S. Devan、James M. Nester、Olga S.Rozanova、Gil Nonato C. Santos、Rayko Ivanov Stantchev物理雙月刊編委會陳樫旭（總編）、高崇文（副總編）、劉承邦（副總編）、陳彥龍、張勝雄、蘇冠暐、張明哲、曾文哲、張嘉泓、朱家誼會務發展處郭家銘(主任)、郭建成公共事務委員會謝佳龍(召集人)、郭建成、楊仲準國際事務委員會許華書(召集人)、王為豪、仲崇厚、林俐暉、林耿慧、陳凱風、鄭澄懋、藍彥文女性工作委員會陳美杏(召集人)、張敏娟(副召集人)、陳祺、林俐暉、周苡嘉、楊湘怡、林耿慧、郭家銘、郭建成物理教育委員會郭建成(召集人)、莊程豪(副召集人)、曲宏宇、陳柏中、楊仲準、謝佳龍IYQ執行團隊楊仲準(召集人)、郭家銘、郭建成、高崇文、莊程豪、許華書、陳柏中、陳凱風、溫文鈺、鄭澄懋、簡紋濱、陸亭樺

【國立臺灣大學實驗微中子物理研究團隊誠徵博士後研究人員】

國立臺灣大學實驗微中子物理團隊參與國際合作實驗 LEGEND 計畫，旨在探究微中子的本質，並透過觀測稀有的無微中子雙貝他衰變（neutrinoless double beta decay）來量測有效的馬約拉那（Majorana）微中子質量。該計畫於義大利格蘭薩索國家實驗室（LNGS）執行，藉由將高純鍺探測器浸沒於液態氬中以辨識稀有衰變事件並抑制背景雜訊。本團隊正於臺大物理系內建置液態氬設備，研究新一代波長轉換材料，並研究高純鍺探測器在低溫環境下的特性與響應。錄取者將負責該設施的設計、建置與運行。

申請資格：
• 近期取得博士學位者，領域為實驗核子物理、粒子物理、原子物理或加速器物理。預計三個月內取得學位者亦可申請。
• 熟悉微中子物理，具備數年相關領域硬體操作經驗。
• 熟悉低溫系統、光感測器（如光電倍增管）、鍺探測器、低背景量測、統計資料分析及 蒙地卡羅模擬者尤佳。

申請方式：
請將申請文件寄至邱品融助理教授電子信箱（pin-jung.chiu@phys.ntu.edu.tw），申請資料包含：
• 求職信
• 研究經歷與研究興趣說明
• 詳細履歷（含發表著作列表）
• 最終學歷證明文件影本
• 兩封推薦信由推薦人直接寄送至上述信箱

申請將持續受理，直到職缺補滿為止。

【Postdoctoral Position in Experimental Neutrino Physics 】

The Experimental Neutrino Physics Group at National Taiwan University (NTU) invites applications for a postdoctoral research position focusing on the LEGEND experiment. LEGEND seeks to uncover the nature of neutrinos and measure the effective Majorana neutrino mass by observing the rare neutrinoless double beta decay in 76Ge. As a two-phase project based at the Gran Sasso National Laboratory in Italy, LEGEND employs enriched high-purity germanium (HPGe) diodes both as the decay source and as signal detectors, achieving exceptional detection efficiency. The detectors are immersed in liquid argon (LAr), which also functions as an active veto system to identify the rare decay events while minimizing background noise.
At NTU, our group is developing an on-site LAr facility within the department to study next-generation wavelength-shifting materials and investigate HPGe detector characteristics in cryogenic environments. The successful candidate will be responsible for all aspects of this facility, from design and setup to operation.

Qualifications:
• A recent PhD in experimental nuclear, particle, atomic, or accelerator physics. Candidates expecting to complete their PhD within three months are also encouraged to apply.
• Knowledge of neutrino physics and several years of graduate-level hardware experience in one of the above fields.
• Experience with cryogenic systems, optical sensors (e.g., silicon photomultipliers), Ge detectors, low-background counting, statistical data analyses, and Monte Carlo simulations is highly advantageous.

Applications process:
Please submit your application by email to Asst. Prof. Dr. Pin-Jung Chiu at pin-jung.chiu@phys.ntu.edu.tw, including the following documents:
• Cover letter
• Statement of research experience and interests
• Detailed curriculum vitae, including a list of publications
• Copies of final university degree certificates
Additionally, please arrange for two letters of recommendation to be sent to the same address. Applications will be reviewed on a rolling basis until the position is filled.

國立臺北科技大學光電工程系115學年度第2學期徵聘助理教授以上專任教師1名一、徵聘職稱及名額:助理教授(含)以上1名二、所需資格條件：1. 具光電工程領域相關博士學位。2. 符合光通訊、光學工程、顯示科技及光電材料與元件等相關領域，且有國際合作及英語授課能力為優先。3. 新聘專任教師著作最低要求須符合本校新聘專任教師資格審查要點相關規定。4. 依技術及職業教育法第二十五條：「技職校院專業科目或技術科目之教師，應具備一年以上與任教領域 相關之業界實務工作經驗。」。三、檢附資料：1. 應徵專任教師個人資料表（表格電子檔置本校人事室網站：https://per.ntut.edu.tw/var/file/25/1025/img/1173/360767024.odt）2. 學經歷證件影本(尚未領有教師資格證書者，如持國外學歷者，學位證書及成績單均須事先向駐外單位辦理驗證，尚須提供國外修業情形一覽表及修業前後與修業期間入出境紀錄。3. 身分證影本(正反面，並請簽名於上)。4. 填具「擬任人員聲明書」、「擬任人員在 中國大陸設有戶籍、領用中國大陸護照、身分證、定居證或居住證情形具結書」並簽章。（表格電子檔置本校人事室網站/左邊主選單/教師聘任/表單下載）5. 推薦函二封。6. 出具1年以上與任教科目相關業界實務工作經驗證明。7. 外籍人士請檢附「警察刑事紀錄證明」（Police Criminal Record Certificate）。8. 研究著作目錄及重要著作影本（含博士論文摘要，論文著作請加註SCI、EI、Impact Factor及Ranking），並請填具「本校電資學院光電工程系各級新聘教師最低著作要求聲明書」。9. 填寫本校電資學院新聘教師點數核算表:https://eecs.ntut.edu.tw/var/file/16/1016/img/1884/453716460.odt。大學(含)以上成績單。可任教科目（註明是否能英語授課）。教師證書影本（並請簽名於上），未具有教師證書者請提供博士論文。「新聘專任教師評審表」，表格電子檔置本校光電工程系/最新公告-本項職缺之附檔：https://reurl.cc/YkrGrX。(此檔案請同時E-mail給聯絡人賴先生) 備註：1、以上資料除第7、12項外，缺一不可，應徵資料概不退還，請依序排列。2、應徵前請詳閱本校「新聘教師限期升等辦法」規定。(內容請詳見人事室網頁)。3、有關新聘專任教師著作最低要求，請參閱本校電資學院網站法規辦法：https://eecs.ntut.edu.tw/var/file/16/1016/img/1884/453716460.odt4、依「技術及職業教育法」第26條規定，每任教滿6年應至與技職校院合作機構或與任教領域有關之產業，進行至少半年以上與專業或技術有關之研習或研究。5、外籍人士並請檢附「警察刑事紀錄證明」（Police Criminal Record Certificate）。6、「本校電資學院光電工程系各級新聘教師最低著作要求聲明書」請至本系徵才公告下載: https://reurl.cc/YkrGrX。7、本校公告網址https://reurl.cc/dqj9oz ◎收件截止日：本案「應備申請資料」之電子檔（先不用紙本），請於115年6月30日前寄至：本系賴宏睿先生 電子信箱: david11815@ntut.edu.tw。

國立中正大學物理系誠徵專任教師乙名 一、資格：具物理博士學位暨博士後研究工作經驗者二、職稱：助理教授以上三、領域：實驗物理(半導體及光電相關領域優先)             具「英語教學」能力(每學年需開授一門英語課程)四、檢附資料：1.     履歷資料2.     論文著作目錄及代表性論文抽印本數篇3.     研究計畫4.    推薦函二封(須由推薦者直接寄送)5.    物理系專任教師職缺應徵名冊(請提供word檔)五、  收件日期：   請於115年2月23日中午前email電子檔至 physicsa@ccu.edu.tw 六、  起聘日期：115學年第1學期(115年08月01日) 或 115學年第2學期(116年02月01日)七、聯絡人：蔡小姐Tel: 05-2720411轉61303Fax: 05-2720587E-mail: physicsa@ccu.edu.tw

 2026台灣物理年會衛星會議 (1/13): 高亮度同步輻射光源於凝態科學之研究契機【現場備有茶點，機會難得，歡迎參加】

【講題】Physics of Multicellular Systems【時間】1/20(二) 14:00
【地點】中央研究院物理研究所1F演講廳
【演講者】Professor Masaki Sano(Department of Physics, School of Science, The University of Tokyo)
【摘要】As all living organisms are composed of cells, cellular research is indispensable to understanding life. Consequently, efforts to understand the behavior of cells and populations of cells from a physics perspective are advancing. When addressing mechanical aspects such as cell motility and forces, it has become clear that the behavior of cell populations shows greater agreement between theory and experiment than that of single cells. This involves physical principles such as symmetry and the dominance of slow variables. This lecture addresses two problems concerning cells. One is the behavior of monolayers formed by motile cells, and the other is the problem of growing cell aggregates (organoids). Animals form their morphology during development by creating cavities (lumens) within cell aggregates and folding the resulting monolayers inward. Therefore, understanding the dynamics of monolayers and cavity formation within cell aggregates forms the foundation of cell collective research. This lecture introduces two studies:① Research investigating the role of directional order and topological defects in cell sheets, deriving a continuum model from individual cell movements and interactions, and comparing it with experiments.② Research examining the mechanism by which a central lumen forms in organoids growing from a few cells, while the monolayer remains stable during growth, through a comparison of a model and experiments【接待人】Dr. Tetsuya Hiraiwa 平岩徹也副研究員 (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=3154&eng=T 

Mini-Worksop on High-Energy Cosmic Explosions
Nobel Laureate Series Date:  2026.01.26Time: 09:00am-11:40am,Venue: Art Center, 7F, Library, NCHU國立中興大學 圖書館, 7 樓, 藝術中心「宇宙正在說話——你準備好聽見它的聲音了嗎？」宇宙為什麼會「大爆炸」？這些現象又在悄悄告訴我們什麼？我們也將跟著諾貝爾獎得主 Brian Schmidt 教授，一起看看臺灣未來的望遠鏡計畫，如何帶領我們用全新的視角「看見宇宙」。 The Universe is not quiet—it is filled with spectacular explosions and flashes of energy. This mini-workshop aims to explore what causes these dramatic cosmic events and what they can tell us about the Universe. With Prof. Brian Schmidt, we will also look ahead to future telescope projects in Taiwan and how they will allow us to see the Universe in new ways.Registrationhttps://forms.gle/EiBHE2S2XtAEi6Ux9 Workshop websitehttps://sites.google.com/phys.nchu.edu ... -energy-cosmic-explosions

恭喜以下各學部執行委員當選人，名單如下:<<依姓氏排序>>粒子與場學部-第四屆執行委員當選人林及仁   國立陽明交通大學物理研究所 教授林伯儒   國立中央大學物理學系 助理教授陳傳仁   國立臺灣師範大學物理系 教授陳樫旭   淡江大學物理系 副教授蔣正偉   國立臺灣大學物理系 特聘教授 凝態物理學部-第三屆執行委員當選人林俊良    林俊良 國立陽明交通大學電子物理系副教授許華書    國立屏東大學應用物理系 教授陳威廷    國立臺灣大學凝態科學研究中心 副研究員陳　祺    中研院應科中心 副研究員藍彥文    國立臺灣師範大物理系 教授     候補兩名:黃斯衍    國立台灣大學物理系 教授兼副主任楊仲準    國立中央大學物理系 教授兼副系主任 物理生物與生物物理學部-第三屆執行委員當選人平岩徹也 中央研究院物理所 Associate Research Fellow田溶根   國立中央大學物理系 教授吳國安   國立清華大學物理學系 教授李明道   國家同步輻射研究中心 副研究員陳宣毅   國立中央大學物理學系 特聘教授

【Announcement】The 24th Taiwan-Japan–Korea Symposium on Strongly Correlated Electron SystemsDate: March 05-07, 2026Venue: Meeting Room, QFord, 2nd Floor, College of Science Teaching Building, NCKU.Website: (Link)Registration Deadline: January 15, 2026 (Registration)Abstract Deadline: January 15, 2026Introduction:The 24th Taiwan-Japan-Korea Symposium on Strongly Correlated Electron System will be held at National Cheng Kung University, Tainan, Taiwan, from March 5 to March 7, 2026. This series is an annual trilateral scientific meeting that originated as a bilateral workshop between Korean and Japanese researchers focused on strongly correlated materials. With the increasing contributions from Taiwan in this field, the workshop evolved into a trilateral symposium, reflecting the vibrant and growing research activities across all three countries.This symposium serves as a collaborative platform for discussing recent progress in strongly correlated systems and emergent quantum materials. Topics commonly addressed include exotic superconductors for next-generation quantum technologies, frustrated magnetism linked to quantum spin liquids, spin-charge-lattice coupled systems for ultrafast electronic switching, spin-orbit-driven phenomena relevant to topological quantum computation, topological states with robust edge transport, multiferroics for non-volatile memory applications, thermoelectric materials for energy harvesting, and low-dimensional or interface-engineered systems with novel functionalities in nanoelectronics. Emphasis is placed on recent experimental and theoretical advances that deepen the understanding of strongly correlated materials, fostering interdisciplinary collaboration and international exchange among both established and early-career researchers.Key topicsExotic superconductors and unconventional superconductivityFrustrated magnetism and quantum spin liquidsSpin-charge-lattice coupling phenomenaSpin-orbit coupling effects and related emergent behaviorsTopological phases and topological quantum computationMultiferroics and novel ferroic materialsThermoelectric and energy-harvesting materialsLow-dimensional materials and two-dimensional heterostructuresSurface and interface phenomena in correlated systemsAdvanced spectroscopic and theoretical approaches in correlated electron physicsKeynote Speakers:Cheong, Sang-Wook (Rutgers University, USA)Fujimori, Atsushi (National Tsing Hua University, Taiwan)Tjeng, Liu Hao (Max Planck Institute for Chemical Physics of Solids, Germany)Invited Speakers:Chang, Tay-Rong (National Cheng Kung University, Taiwan)Cho, Gil Young (KAIST, Korea)Han, Myung Joon (KAIST, Korea)Hariki, Atsushi (Osaka Metropolitan University, Japan)Hsu, Yu-Te (National Tsing Hua University, Taiwan)Huang, Di-Jing (National Synchrotron Radiation Research Center, Taiwan)Huang, Hsiao-Yu (National Synchrotron Radiation Research Center, Taiwan)Katsufuji, Takuro (Waseda University, Japan)Kim, Beom Hyun (Seoul National University, Korea)Kim, Kee Hoon (Seoul National University, Korea)Kimura, Tsuyoshi (University of Tokyo, Japan)Kochan, Denis (National Cheng Kung University, Taiwan)Li, Wei-Li (Academia Sinica, Taiwan)Moon, Eun-Gook (KAIST, Korea)Okamoto, Yoshihiko (University of Tokyo, Japan)Park, Jae Hoon (POSTECH, Korea)Park, Sungkyun (Pusan National University, Korea)Sakai, Hideaki (Tohoku/Osaka University, Japan)Takagi, Hidenori (Max Planck Institute, Germany/NIMS, Japan)Tseng, Yi (National Yang Ming Chiao Tung University, Taiwan)Watanabe, Hikaru (Hokkaido University, Japan)Yu, Jaejun (Seoul National University, Korea)Contact:Prof. Jan-Chi Yang: janchiyang@phys.ncku.edu.twAda wu: 10307021@gs.ncku.edu.tw