招聘博士後研究員與研究助理

歡迎任何對物理研究有興趣的同學踴躍參與本所【線上徵才遴選】，詳見【徵才說明】。

【About Sakamoto Lab】

What is Life? How do lifeless molecules come together to create dynamic and purposeful living things? The “Laboratory of Designer Life” explores this fundamental question from physics viewpoints by combining experiments and theory.
We take a bottom-up approach: instead of studying living cells as they are, we re-build key aspects of life in the lab, piece by piece, using building blocks of life. Our goal is to reveal the core principles underlying the beautiful self-organization of life. We seek people who are motivated to work on:
1. Developing experiments integrating cutting-edge microfabrication, microfluidics, and purified biomolecular systems to reveal novel self-organization phenomena.
2. Experimental measurements using microscopes with photo-manipulation systems, energy conversion measurements, and quantitative image & data analysis.
3. Theoretical analysis/modeling/simulation using soft matter physics, active matter physics, active gel theory, active nematics.

【Research Focus】
Potential areas of exploration include but are not limited to:
1. Biomolecular Self-Organization: Explore to understand how nm-scale biomolecules spontaneously assemble into µm-to-mm-scale larger functional structures without any blueprint by developing innovative bottom-up systems.
2. Engineering Life: Designing and building life-like systems that not only mimic but could potentially outperform natural cells, which will open up exciting opportunities in biotechnology and sustainable material development.
Please visit our website for more details: https://sites.google.com/as.edu.tw/sakamoto-
lab

【What We Offer】
1. Innovative Environment: Work at the forefront of biophysics, active matter physics, bioengineering, and synthetic biology.
2. Skill Development: Gain hands-on experience in advanced microfabrication and in vitro protein experimental techniques, scientific writing and presentation skills.
3. Collaborative Culture: Join the team that is motivated to develop and share knowledge for mutual growth.

1. 執行重力波研究計畫中的鏡片鍍膜相關研究工作
2. 研究工作主軸：運用本所儀器設備作測量、並參與未來儀儀效能增強的研發項目，亦須至台灣半導體研究中心(Taiwan Semiconductor Research Institute) 參加操作訓練課程，完成後利用該中心設備、製作薄膜。
3. 前境：半導體製程與實作經驗，為國內高科技產業高度需求。此外，計畫連接上的重力波研究，為基礎科學前沿，可提供強實平台，往國內外研究所升學。
4. 可因個別需求、興趣，客製工作內容與指標

【About Sakamoto Lab】

What is Life? How do lifeless molecules come together to create dynamic and purposeful living things? Newly founded in September 2025, “Laboratory of Designer Life” explores this fundamental question from physics viewpoints by combining experiments and theory. We take a bottom-up approach: instead of studying living cells as they are, we re-build key aspects of life in the lab, piece by piece, using building blocks of life. Our goal is to reveal the core principles underlying the beautiful self-organization of life. We seek people who are motivated to work on:
1. Developing experimental systems integrating microfabrication and purified biomolecules to observe their self-organization
2. Experimental measurements using microscopes, quantitative image analysis, and theoretical analysis
3. Basic administration such as ordering/managing lab items, reimbursement, and scheduling

【Research Focus】
Potential areas of exploration include but are not limited to:
1. Biomolecular Self-Organization: Explore to understand how nm-scale biomolecules spontaneously assemble into µm-to-mm-scale larger functional structures without any blueprint by developing innovative bottom-up systems
2. Engineering Life: Designing and building life-like systems that not only mimic but could potentially outperform natural cells, which will open up exciting opportunities in biotechnology and sustainable material development.
Please visit our website for more details: https://sites.google.com/as.edu.tw/sakamoto-lab

【What We Offer】
1. Innovative Environment: Work at the forefront of biophysics, active matter physics, bioengineering, and synthetic biology
2. Skill Development: Gain hands-on experience in advanced microfabrication and in vitro protein experimental techniques, scientific writing and presentation skills
3. Collaborative Culture: Join the team that is motivated to develop and share knowledge for mutual growth

1.協助生物與動態系統組的生物物理核心設施的基礎運作，生物物理研究核心設施包括兩台轉盤式共軛焦顯微鏡的運作，一個生物樣品實驗室與生化公用實驗室。(https://www.phys.sinica.edu.tw/~bssf/)，這部分時間預估佔百分之二十。
2.協助生物與動態系統組與研究相關的共同事務。
3.參與有興趣的生物與動態系統組研究人員的研究(https://www.phys.sinica.edu.tw/group_palm.php)，例如幹細胞生物物理、細菌生物物理、或者合成細胞生物物理，與顯微術相關的研究，透過研究深化對於顯微術的了解，包括樣品製備與觀察，這部分時間預估佔百分之八十。
4.會獲得光學顯微術、影像分析訓練，也將會透過參與研究人員的研究，獲得跨領域研究的訓練。

The successful candidate will conduct theoretical modeling, model analysis, numerical simulations and/or quantitative analysis of data provided by the experimental collaborators. Our lab focuses on theoretical biological physics based on physics of softmatter, far-from-equilibrium systems and complex systems. In particular, the researcher filling this position will be expected to study phase separation in far-from-equilibrium systems. More details can be found at
https://x.gd/wYQXc

1. 利用低溫掃描穿隧顯微鏡(Scanning Tunneling Microscope)或原子力顯微鏡(Atomic Force Microscope)研究量子材料中由超導、拓樸、磁性交互作用所產生之新穎量子現象、與其機制。
2. 協助日常儀器維護與研究相關事務。
3. 相關研究可參考本實驗室網站
http://www.phys.sinica.edu.tw/~chuangtm/

凝態物理實驗。磁性材料中的光、電、磁性質。 Condensed matter physics experiments. Electric, magnetic, and optical properties in magnetic materials.