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• 從事腦機介面或AR/VR/MR的相關研究。
• 提出假設，設計實驗，並進行數據收集。
• 分析電生理訊號（包括但不限於EEG、EMG、EOG、SSVEP、眼球追蹤器等）並彙總發現。
• 撰寫科學論文並發表成果。
• 與其他團隊成員合作，記錄和轉移開發的技術。
• Carry out research in the field of Brain-Computer Interfaces or AR/VR/MR.
• Formulate hypotheses, plan user studies, and carry out data collection.
• Analyze the collected bio-signals (include but not limited to EEG, EMG, EOG, SSVEP, eye-tracker.. ) and summarize the findings.
• Contribute to the design of innovative devices for collecting bio-signals and test them.
• Write scientific papers detailing findings for scientific conferences and journals.
• Cooperate with other team members and business groups on documenting and transferring the developed technologies.”

• 從事腦機介面或AR/VR/MR的相關研究。
• 提出假設，設計實驗，並進行數據收集。
• 分析電生理訊號（包括但不限於EEG、EMG、EOG、SSVEP、眼球追蹤器等）並彙總發現。
• 撰寫科學論文並發表成果。
• 與其他團隊成員合作，記錄和轉移開發的技術。
• Carry out research in the field of Brain-Computer Interfaces or AR/VR/MR.
• Formulate hypotheses, plan user studies, and carry out data collection.
• Analyze the collected bio-signals (include but not limited to EEG, EMG, EOG, SSVEP, eye-tracker.. ) and summarize the findings.
• Contribute to the design of innovative devices for collecting bio-signals and test them.
• Write scientific papers detailing findings for scientific conferences and journals.
• Cooperate with other team members and business groups on documenting and transferring the developed technologies.”

本研究團隊致力於探索台灣溫泉與海岸環境中藍綠菌（cyanobacteria）的趨光性分子調控機制，以及其在環境永續應用中的潛力。加入我們，您將有機會參與：解析新穎台灣溫泉藍綠菌株之光訊號傳遞與趨光性路徑, 執行分生、生化、基因體學相關實驗（如基因突變、蛋白質分析、RNA/DNA 操作、菌株培養等）, 協助進行基因體／轉錄體實驗與分析, 參與跨團隊合作研究，包括台灣溫泉微生物多樣性與永續應用等主題, 此職務適合希望在光合作用、微生物生理、與環境永續生物科技領域發展的研究助理。

【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

The Biodiversity Research Center, Academia Sinica (BRCAS; https://biodiv.tw/index.php?lang=en ), Taipei, Taiwan invites applications for a tenure-track position at the Assistant Research Fellow (equivalent to “assistant professor” at universities) level or above in the field of marine ecology and biodiversity to strengthen the research at the Green Island Marine Research Station.

【Research Focus】
The Lab for Cell Dynamics (LCD) investigates how cells make decisions—how they differentiate, survive, die, and interact during cancer development and embryogenesis. We combine cutting-edge, quantitative tools: single-cell time-lapse imaging, two-photon microscopy, mathematical modeling & simulation and big-data analysis.
Our model systems include cancer cells, stem cells, organoids, and model organisms (e.g., flies, zebrafish, mice). If you are interested in answering unknown and significant questions in biology, you will fit right in!

Two key projects:
1. How does cell death shape the embryos during development?
2. How normal and cancer cells respond to stress differently?

The lab of Ka Wai Ma is inviting application working on a NSTC-
funded project titled Transcriptome-guided combinatorial gene
editing to understand plant-microbiota homeostasis. The Ma lab
uses both gnotobiotic Arabidopsis and the associated bacterial culture
collection to understand the principles governing plant-microbiota
homeostasis. Our research employs a multitude of omics techniques
including 16S amplicon sequencing, transcriptomics and proteomics
for functional analyses. The lab is currently looking for a motivated
candidate to work on a CRISPR editing project with subsequent
phenotyping.
The position is opened until filled
馬家威實驗室現誠聘研究助理/博士後，從事由國科會資助【以轉錄組
導向進行組合基因編輯以了解植物微生物相的平衡機理】項目。本實驗
室使用阿拉伯芥模型系統和相關的微生物庫進行植物微生物相重組實驗
以了解植物微生物群互動平衡機理。實驗室使用擴增子測序、轉錄組學
及肽組學分析等技術，並提供相關技術培訓。

1. Design and engineering (assited with AI) of the fluorescent protein-based biosensors in bacteria (E. coli).
2. Purification (with His tag of E. coli-based recombinant proteins) and biochemical/biophysical characterization of the purified biosensors.
3. Live mammalian cell imaging with a fluorescence microscope at high spatial and temporal resolution.

1. Design and engineering (assited with AI) of the fluorescent protein-based biosensors in bacteria (E. coli).
2. Purification (with His tag of E. coli-based recombinant proteins) and biochemical/biophysical characterization of the purified biosensors.
3. Live mammalian cell imaging with a fluorescence microscope at high spatial and temporal resolution.
4. Administration works such as management of fund, schedule, travel, reimbursement.

My laboratory studies complex tissue regeneration using the zebrafish model. We seek highly-motivated colleagues with interests in regeneration, multicolor cell barcoding technique, live imaging, genetics, or working with zebrafish.

More information about the laboratory can be found at:
https://sites.google.com/view/chenlab-website/home
https://sites.google.com/view/chenlab-website/home/in-the-news

【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

The position involves conducting data mining, knowledge extraction, and data analysis to advance the Center’s research, knowledge extraction, and data analysis. Specific responsibilities include:
1.Analyzing the content, dissemination, and evolution of online public opinion.
2.Applying big data analytics and artificial intelligence methods in social science research.
3.Developing computational systems to enhance the sharing of knowledge and its social impact.
4.Act as project/team leader, responsible for progress planning, task assignment, and performance supervision.