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Postdoctoral Researcher (Full-time)
(Nano Life Science Institute, Kanazawa University)

[Institution] Kanazawa University

[URL] https://nanolsi.kanazawa-u.ac.jp/en/

[Department] Nano Life Science Institute (WPI-NanoLSI)

[Institution Type] National University

[Position Description]
The Nano Life Science Institute (NanoLSI) at Kanazawa University was established in 2017
as a world-leading research center under the World Premier International Research Center
Initiative (WPI) of the Ministry of Education, Culture, Sports, Science and Technology
(MEXT). The institute is engaged in the development of state-of-the-art bio-scanning probe
microscopy (bio-SPM) technologies, such as atomic force microscopy (AFM) and scanning
ion conductance microscopy (SICM), as well as in nano-life science research utilizing these
advanced techniques.
To achieve these objectives, the institute promotes interdisciplinary research that integrates
four key fields: nanometrology centered on bio-SPM, life sciences, supramolecular chemistry,
and computational science. Within this framework, researchers in supramolecular chemistry
are engaged in the development of molecular sensors, the creation of nanoprobe sensors by
incorporating these sensors into the tips of AFM and SICM probes, and the development of
surface modification techniques for substrates used in AFM and SICM measurements.
Meanwhile, researchers in computational science utilize advanced data science techniques—
including simulations, machine learning, and statistical analysis—to verify the principles of
SPM measurement methods, analyze SPM measurement data, and conduct mathematical
modeling and simulations to understand biological phenomena in comparison with
experimental results obtained by SPM.
Since its establishment in 2017, the institute has, over a period of ten years, focused on the
development of nanoendoscopic SPM technology capable of directly observing, analyzing,
and manipulating intracellular nanodynamics in living cells, as well as on research into
fundamental cellular functions and cancer-specific abnormalities using advanced SPM
techniques. Over the subsequent five years from 2027 onward, the institute aims to further
advance these research efforts while also developing local sampling SPM technologies. These
technologies involve extracting portions of cells or tissues using nanopipettes and analyzing
them with a variety of single-molecule and single-cell analytical techniques, including SPM.
In addition, the institute seeks to expand the application of SPM technologies to a wide range
of diseases beyond cancer.

We are seeking postdoctoral researchers who will play central roles in promoting research
activities in the four fields described above. For details regarding positions, fields, duties, and
application requirements, please refer to the appendix.

[Work Location]
Nano Life Science Institute, Kanazawa University,
Kakuma-machi, Kanazawa, Ishikawa 920-1192, Japan

[Number of Positions] See appendix for details

[Starting Date] April 1, 2027, or as soon as possible thereafter (negotiable)

[Position] Postdoctoral Researcher (Fixed-term)

[Main Duties]
• Research activities (see appendix)
• Dissemination of research results to society and outreach activities

[Job Type] Postdoctoral Researcher (equivalent)

[Employment Status] Full-time (non-tenured)

[Qualifications]
Applicants must satisfy all of the following qualifications.
1) Demonstrated high research capabilities and the ability to conduct research in English
2) Possess adequate communication skills, knowledge of research presentations, and the

ability to write research papers
3) Ability to conduct research as a member of the research group
4) A doctoral degree (including equivalent degrees such as a PhD from overseas universities)

must have been awarded or is expected to be awarded by the time of appointment
5）Experience in international collaborative research is desirable

Terms and Conditions [Details of salary, Working Hours, Holidays, Period of Employment
and Insurance, etc.]
[Job Title]
Postdoctoral Researcher (Full-time, fixed-term employee)

[Period of Employment]
From April 1, 2027 (or as soon as possible thereafter) to March 31, 2028

*Possibility of renewal after the end of the employment period.
*The total employment period is a maximum of three years.
*The start date of employment is negotiable.

[Working Hours]
8:30 AM – 5:00 PM (45-minute break), 38 hours and 45 minutes per week
Holidays: Saturdays, Sundays, national holidays, and New Year's holidays (December 29 –
January 3)

[Salary]
*Salary will be determined in accordance with the National University Corporation Kanazawa
University Part-time Employee Employment Regulations and the Part-time Employee Salary
Regulations and will vary depending on the individual's experience and abilities.
*Leave and various allowances will be provided in accordance with the relevant regulations.
*Social insurance: Health insurance and employee pension
*Employment insurance: Yes

For working conditions other than those listed above, please refer to the National University
Corporation Kanazawa University Part-time Employee Employment Regulations (see the
URL below).
URL: https://www.kanazawa-u.ac.jp/university/administration/regulation/rules

[Application Period]
Application deadline: August 31, 2026

Evaluation will be performed upon receipt of each application. If an appropriate candidate is
found, this call may be closed approximately a month after the application period has opened.

[Application, Selection, Notification of Result, Contact Details]
[Application Documents]
1) Curriculum vitae including a recent photograph, present address, phone number, email
address, academic background, research experience, professional experience, and other
relevant information, as well as ORCID iD and ResearcherID
2) List of research activities (classified into dissertations, peer-reviewed papers, conference
presentations, reviews/commentaries, books, patents, etc., including co-author names,
publishing institutions, volume (issue), first and last pages, publication year, and DOI)
3) PDF copies of up to five major publications
4) List of external research funding (including Grants-in-Aid for Scientific Research

(KAKENHI), commissioned research, joint research, donations, etc., and their amounts)

5) Summary of past research and teaching activities (approximately one A4 page)
6) Statement of the applicant's research interests, achievements, and future plans

(approximately one A4 page)
7) Names, affiliations, and contact details of two referees
*All documents must be prepared in English. However, if it is not appropriate to provide

certain items (such as a curriculum vitae or information on external funding) in English,
those items may be written in Japanese.

 Please submit the application documents by email.
Email: [email protected]
 If the file size exceeds 5 MB, please use a file transfer service. Please include "Application

Documents for Postdoctoral Researcher (Recruitment No.)" in the subject line.

[Selection Process and Notification of Results]

Document screening and interview
*Travel expenses for the interview will not be covered.

[Contact Information]
For details regarding job duties, please contact the person listed in the appendix.

For inquiries regarding employment regulations or administrative procedures, please contact
the following address:

Nano Life Science Institute, Kanazawa University
Tel: +81-76-234-4550
Email: [email protected]

[Additional Information]
1) The website below provides information about employment regulations.

https://nanolsi.kanazawa-u.ac.jp/en/staff/rules/
2) Kanazawa University actively promotes gender equality in the workplace. For details, see

the following URL: https://cdl.w3.kanazawa-u.ac.jp/en/
3) At NanoLSI, many female researchers are actively engaged in research activities. For details,

see the following URL: https://nanolsi.kanazawa-u.ac.jp/en/research/diversity/

[Appendix] List of Recruitment Details for Postdoctoral Researchers by Field

＊Number of Positions
One individual will be recruited, either as a postdoctoral researcher under this call or as a specially appointed assistant professor under a separate recruitment.

Recruitm Number of
Position Field (Details) Laboratory Research Field Research Content Application Requirements (Field-Specific) Contact Information for Inquiries

ent No. Positions

・Prior experience in the development of SPM
・Nanometrology field: Engaged in the development of SPM technologies such as AFM

technologies such as AFM and SICM, or experimental Kanazawa University Nano Life Science Institute
and SICM, and in nanoscience research utilizing these techniques. Area: Nano- and Micro-

Postdoctoral ・Development of nanoendoscopic AFM techniques that enable direct observation inside living cells, and research on research using SPM, is desirable. Professor Takeshi Fukuma
1 1＊ Takeshi Fukuma Science and Related Fields

Researcher intracellular measurements of nanodynamics and nanomechanics using these techniques. Tel:076-234-4847
・Nano–life science field: Aiming to understand the functions of biomolecules and cells, Discipline: Nanobioscience-

・Research experience related to biomolecules or cells is
as well as the origins of diseases, at the nanoscale. related fields Email: [email protected]

desirable, but not required.

・Research and development aimed at enhancing the performance and functionalities of high-speed AFM technologies to
enable nanoscale understanding of biological phenomena. ・A record of presentations and publications in at least

Area: Life Sciences or
one of the following research fields: biophysics, Kanazawa University Nano Life Science Institute

・Measurement of molecular dynamics using high-speed AFM Nanotechnology and
Postdoctoral ・Bioimaging research using existing high-speed AFM techniques applied to purified biomolecules, cellular organelles, biochemistry, molecular biology, cell biology, structural Professor Noriyuki Kodera

2 1＊・Development of advanced application techniques for high-speed AFM Noriyuki Kodera Materials
Researcher and living cells. biology, or applied physics. Tel: 076-264-5662

・Collaborative research with life science researchers within the institute Discipline: Biophysics or
Nanobioscience Email: [email protected]

・In addition to the above, participation in diverse life science research through collaboration with researchers both ・The ability to conduct independent research activities,
within and outside the institute, utilizing a wide range of knowledge and techniques. as well as to collaborate effectively within a team.

・This laboratory aims to elucidate intracellular transport and nanoscale molecular dynamics that integrate the
cytoskeleton, membrane trafficking, nuclear pore complex (NPC), and chromatin regulation, and promotes research on
biological phenomena related to cancer, viral infection, and immune responses. By integrating cell biology, molecular
biology, advanced bioimaging, and computational analysis, we conduct comprehensive research utilizing confocal and
live-cell imaging, molecular biochemical experiments, cell culture, flow cytometry, and quantitative image analysis.

・In particular, the laboratory’s strength lies in real-time visualization of nano-scale biological dynamics using high-speed
Area: Cell Biology

・Nano-life science, cell biology, molecular biology, bioimaging, biomolecular dynamics atomic force microscopy (HS-AFM). We analyze the spatiotemporal dynamics of membrane trafficking and intracellular
Discipline: Biomolecular Kanazawa University Nano Life Science Institute

analysis, intracellular transport, nuclear pore complex (NPC), chromatin dynamics, transport systems, including NPCs, chromatin-associated structures, DNA structural transitions, extracellular vesicles
Postdoctoral WONG WING science, molecular and Professor WONG WING CHUEN RICHARD

3 1＊ membrane trafficking, cytoskeletal dynamics, virus–host interactions, extracellular (EVs), cytoskeletal reorganization, and DOCK-related signaling. We also investigate virus–host interactions and EV- No specific requirements.
Researcher CHUEN RICHARD cellular biology, and Tel: 076-264-6250

vesicles (EVs), high-speed atomic force microscopy (HS-AFM), scanning probe mediated immune regulation. Furthermore, by integrating AI and machine learning, we are developing quantitative
molecular pathophysiological

microscopy (SPM), and life science analysis using AI and machine learning. analysis platforms for HS-AFM image analysis, molecular state classification, and spatiotemporal dynamics prediction. Email: [email protected]
science

Through the integration of nano-measurement technologies and life science, we aim to advance from fundamental
understanding of intracellular transport mechanisms to future diagnostic and therapeutic applications.

・In collaborative research, we promote life science studies using existing SPM technologies (e.g., HS-AFM,
nanoendoscopic AFM, FM-/3D-AFM, and SICM), while also exploring applications of emerging sampling SPM
technologies. In particular, we are advancing collaborative research on nanoendoscopic AFM observations within the cell
nucleus, aiming to establish novel visualization techniques for nuclear ultrastructures and molecular dynamics.

・Candidates who are well-versed in cancer molecular
・This research area focuses on the innate immune system that promotes cancer

・We are seeking individuals who possess strong expertise in molecular and cellular biology techniques and are capable biology and cell biological experiments, with experience Kanazawa University Nano Life Science Institute
heterogeneity (evolution), and aims to elucidate the molecular mechanisms underlying Area: Cancer Genomics

Postdoctoral of independently advancing fundamental research aimed at elucidating the mechanisms underlying cancer initiation, in or interest in patient-derived model systems (e.g., Professor Hideko Isozaki
4 1＊ tumorigenesis and drug resistance through the integration of multi-omics analysis and Hideko Isozaki Biology

Researcher progression, and metastasis. Such research will involve the use of patient-derived tissues, mouse models, and cell lines, organoids, cell lines, and mouse models), as well as Tel: 076-264-6745
nanoscale measurement techniques. Through these efforts, we seek to identify novel Discipline: Lung cancer

combined with advanced technologies including multiomics analyses and nanoscale measurement. multiomics analysis and nanoscale measurement, are
therapeutic targets for the prevention of cancer development and recurrence. Email: [email protected]

encouraged to apply.

・As a Postdoctoral Researcher in the Maeda Laboratory at the Nano Life Science Institute, the successful candidate will Kanazawa University Nano Life Science Institute
・We are seeking outstanding researchers specializing in polymer and supramolecular Area: Chemistry

Postdoctoral engage in the synthesis and application of polymers with molecular recognition capabilities, as well as in the ・Applicants must have research experience in either Professor Katsuhiro Maeda
5 1 chemistry who are capable of conducting interdisciplinary research in collaboration with Katsuhiro Maeda Discipline: Complex

Researcher development of substrate and probe functionalization techniques for SPM measurements, and will promote collaborative supramolecular chemistry or polymer chemistry. Tel: 076-234-4783
the field of nanometrology. chemistry (interdisciplinary

bio-SPM research utilizing these technologies.
chemistry) Email: [email protected]

・Research field of multicellular systems, including mechanics, morphogenesis, and ・This laboratory focuses on the mechanics of multicellular tissues, aiming to understand, predict, and control biological
biomedical engineering. phenomena related to development, evolutionary development, aging, and disease. The primary targets include the
・In particular, the focus is on the mechanical properties, morphogenesis, and development of the brain, eye, inner ear, and skin; functional expression and aging changes in the brain and skin; and

Kanazawa University Nano Life Science Institute
functional expression of multicellular tissues in development, evolutionary multicellular phenomena involved in cancer, Alzheimer’s disease, and other neurodegenerative disorders.

Postdoctoral Area: Life Sciences Associate Professor Satoru Okuda
6 1＊ development, aging, and disease. Satoru Okuda To achieve this, the laboratory utilizes observation, measurement, and manipulation techniques such as AFM and No specific requirements.

Researcher Discipline: Biophysics Tel: 076-234-4579
・Related fields include developmental biology, evolutionary developmental biology, multiphoton microscopy, as well as computational approaches including numerical modeling (e.g., 3D vertex models), to

Email: [email protected]
cell and tissue mechanics, biophysics, mathematical biology, biomedical engineering, elucidate and apply the underlying mechanical principles.
computational biology, mechanobiology, tissue engineering, and fields related to In this recruitment, we seek researchers who specialize in one of the following areas: biological experimentation,
medicine and neuroscience. mechanical measurement and imaging, or mathematical and computational modeling.

[Appendix] List of Recruitment Details for Postdoctoral Researchers by Field

＊Number of Positions
One individual will be recruited, either as a postdoctoral researcher under this call or as a specially appointed assistant professor under a separate recruitment.

Recruitm Number of
Position Field (Details) Laboratory Research Field Research Content Application Requirements (Field-Specific) Contact Information for Inquiries

ent No. Positions

・Nanometrology field: Engaged in the development of SPM technologies such as AFM ・Prior experience in the development of SPM
Area: Nano- and Micro- Kanazawa University Nano Life Science Institute

and SICM, and in nanoscience research utilizing these techniques. ・Development and application of local sampling SPM techniques, in which molecules and cells are collected from technologies such as AFM and SICM, or experimental
Postdoctoral Science and Related Fields Professor Takeshi Fukuma

7 1＊ Takeshi Fukuma localized regions of cells or tissues using nano/micropipettes, followed by molecular or cellular-level analysis using research using SPM, is desirable.
Researcher Discipline: Nanobioscience- Tel:076-234-4847

・Nano-life science field: Aiming to understand the functions of biomolecules and cells, various techniques including SPM.
related fields

as well as the origins of diseases at the nanoscale. ・Research experience related to biomolecules or cells is Email: [email protected]

desirable, but not required.

・Nano-metrology field: Engaged in the development of scanning probe microscopy ・Prior experience in the development of SPM
(SPM) technologies such as AFM and SICM, and in nanoscience research utilizing these Area: Nano- and Micro- technologies such as AFM and SICM, or in experimental Kanazawa University Nano Life Science Institute

Kazuki Miyata/
Postdoctoral techniques. Science and Related Fields ・Development of an integrated AFM–SICM system to enable localized structural observation inside cells, as well as research using SPM, is desirable. Associate Professor Kazuki Miyata

8 1＊ Yasufumi
Researcher Discipline: Nanobioscience- sampling of the observed structures. Tel:076-234-4868

Takahashi
・Nano-life science field: Aiming to understand the functions of biomolecules and cells, related fields ・Research experience related to biomolecules or cells is Email: [email protected]
as well as the origins of diseases, at the nanoscale. desirable, but not required.

Engagement in at least one of the following research activities:
Area: Information Science, ・Candidates should have a strong track record in Kanazawa University Nano Life Science Institute
Information Engineering, and ・Development of techniques and programs for analyzing SPM data (e.g., AFM and SICM) using machine learning and computational science or data science, and demonstrate

Postdoctoral Professor Takeshi Fukuma
9 1＊・Computational science, data science, and bioscience fields. Takeshi Fukuma Related Fields statistical analysis. a strong interest and commitment to applying these

Researcher Tel:076-234-4847
Discipline: Computational ・Mathematical modeling and simulation for the validation of principles underlying novel SPM technologies. technologies to SPM technology development and the
science-related fields ・Mathematical modeling and simulation of biological phenomena, and elucidation of their mechanisms by comparing analysis of biological phenomena. Email: [email protected]

the results with SPM data.

・Nano-metrology field: Engaged in the development of optical microscopy Area: Biology from the ・Candidates should have experience in the development Kanazawa University Nano Life Science Institute
technologies and in life science research utilizing these techniques. molecular to cellular levels, ・Development of correlative imaging systems that integrate SPM technologies (e.g., AFM and SICM) with state-of-the- of optical microscopy technologies and demonstrate a

Postdoctoral Professor Takeshi Fukuma
10 1＊ Takeshi Fukuma and related fields art optical microscopy, and nanoscale imaging research on molecular- and cellular-level biological phenomena using strong interest and commitment to integrating these

Researcher Tel:076-234-4847
・Nano-life science field: Aiming to understand the functions of biomolecules and cells, Discipline: Biophysics-related these systems. techniques with SPM technologies and applying them to
as well as the origins of diseases, at the nanoscale. fields life science research. Email: [email protected]

・Candidates should possess a strong understanding and
Area: Biology from the research experience in cell culture, modification, and

・Cell biology field Kanazawa University Nano Life Science Institute
molecular to cellular levels, ・In collaboration with researchers developing bio-SPM technologies such as AFM and SICM, engage in research aimed analytical techniques used in cell biology, and

Postdoctoral Professor Takeshi Fukuma
11 1＊ Takeshi Fukuma and related fields at elucidating cellular functions and disease mechanisms at the nanoscale by complementarily utilizing cell culture, demonstrate a strong interest and commitment to

Researcher ・Nano-life science field: Aiming to understand the functions of biomolecules and cells, Tel:076-234-4847
Discipline: Biophysics-related modification, and analytical techniques used in cell biology together with bio-SPM technologies. conducting life science research that integrates these

as well as the origins of diseases, at the nanoscale.
fields techniques with SPM technologies in a complementary Email: [email protected]

manner.

Area: Life Sciences or
・Further enhancement of the speed and throughput of high-speed AFM one of the following research fields: biophysics, Kanazawa University Nano Life Science Institute

Nanotechnology and
Postdoctoral ・Application to drug discovery research ・Bioimaging research using existing high-speed AFM techniques applied to purified biomolecules, cellular organelles, biochemistry, molecular biology, cell biology, structural Professor Noriyuki Kodera

12 1＊ Noriyuki Kodera Materials
Researcher ・Development of advanced application technologies for high-speed AFM and living cells. biology, or applied physics. Tel:076-264-5662

Discipline: Biophysics or
・Collaborative research with life science researchers within the institute

Nanobioscience Email: [email protected]
・In addition to the above, engaging in a wide range of life science research in collaboration with researchers both within ・The ability to conduct independent research activities,
and outside the institution, utilizing diverse knowledge and technologies. as well as to collaborate effectively within a team.

・Candidates with a strong interest in cellular
Area: Life Sciences,

measurement using scanning probe microscopy are
Nanotechnology and Kanazawa University Nano Life Science Institute

encouraged to apply.
Postdoctoral Materials ・Engage in the development of scanning ion conductance microscopy (SICM) instrumentation and cellular Associate Professor Shinji Watanabe

13 1＊・Biophysics, nanobioscience, and applied physics (general). Shinji Watanabe
Researcher Discipline: Biophysics, measurements, as well as in research on cell analysis and functional control using nanopipettes. Tel:076-234-4054

・Experience in the development of probe microscopy or
nanobioscience, and applied

optical/fluorescence microscopy technologies is desirable, Email: [email protected]
physics (general)

but not a mandatory requirement.

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