特任助教 ( Assistant Professor )

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4日前

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仕事内容の詳細

Specially Appointed Faculty (Fixed-term)
(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 focused 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, comparing them with
experimental results obtained by SPM.
Since its establishment in 2017, the institute has focused over the past 10 years on developing
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
collecting 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 specially appointed faculty members who will play central roles in promoting
research activities in the four fields described above. For details regarding positions, fields,
term of employment, duties, and application requirements, please see the appendix.

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

[Number of Positions]
Approximately 18 positions. Details regarding the number of positions available in each field
are listed in the appendix.

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

[Main Duties]
• Research activities (see appendix)
• Dissemination of research results to society and outreach activities
• Educational activities such as lectures and seminars in undergraduate and master's
programs (Since research activities are the main focus, educational activities will be limited
in scope and the specific responsibilities will be decided through consultation)
• Assisting young researchers, graduate students, and undergraduate students with research
guidance

[Job Title]
Assistant Professor (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, research presentation skills, and the ability to write

research papers.
3) Ability to collaborate with the research group leader and 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.
6) This position is a specially appointed position with a fixed employment period. As this is a

fixed-term position, renewal of employment after the end of the employment period is not

guaranteed, and appointees are expected to engage in activities toward their next career
step during the term.

Therefore, applicants whose continuous employment period at this university exceeds nine
years as of April 1, 2027, are not eligible to apply. In addition, the total continuous
employment period at this university cannot exceed ten years.

Terms and Conditions
[Details of salary, working hours, holidays, period of employment and insurance, etc.]

[Position] Specially Appointed Assistant Professor (Full-time)

[Period of Employment]
As shown in the appendix

[Working Conditions]
Working hours, holidays, and leave are determined in accordance with the Kanazawa
University regulations concerning working hours, holidays, and leave.
*The discretionary labor system for professional work applies.

[Salary]
Salary is paid in accordance with the regulations concerning the employment of specially
appointed faculty members at Kanazawa University, a national university corporation. It may
also vary depending on the individual's experience and abilities.

Kanazawa University has a system in place that allows for the expenditure of personnel costs
(equivalent to the effort spent on research activities) for principal investigators (PIs) and
related personnel from direct costs such as competitive research grants. This system may allow
for the use of funds secured through the expenditure of PI personnel costs to improve research
capabilities.

[Other Information]
Social Insurance: MEXT Mutual Aid Association
Employment Insurance: Yes

Working Conditions: According to the rules of Kanazawa University. (available in Japanese)
URL: https://www.kanazawa-u.ac.jp/university/administration/regulation/rules

[Application Period]
Deadline for receipt: August 31, 2026 (Evaluation will be performed upon receipt of each
application and, if an appropriate candidate is found, this call may be closed in about a month

after the application period has opened).

[Application, Selection, Notification of Results, and 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 Specially Appointed Faculty (Recruitment

No.)" in the subject line of the email.

[Selection Process (Selection Method and Hiring Decision) 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 Specially Appointed Faculty Members by Field
＊Number of Positions
One individual will be recruited, either as a specially appointed assistant professor under this call or as a postdoctoral researcher under a separate recruitment.

＊＊Period of Employment
・Possibility of renewal after the end of the employment period.
・Possibility of promotion and salary increase depending on performance during the employment period.
・At NanoLSI, the total employment period for specially appointed associate professors is a maximum of three years, and the total employment period for specially appointed assistant professors is a maximum of six years.
・The start date of employment is negotiable.
・This position is a specially appointed position with a fixed employment period. Renewal of employment after the end of the employment period is not guaranteed, and appointees are expected to engage in activities toward their next career step during the term. Therefore, applicants whose continuous employment period at this university exceeds nine years as of April 1,
2027, are not eligible to apply. In addition, the total continuous employment period at this university cannot exceed ten years.

Recruitme Number of
Position Period of Employment＊＊ Field (Details) Laboratory Research Field Research Content Application Requirements (Field-Specific) Contact Information for Inquiries

nt No. Positions

・Prior experience in the development of SPM
・Nanometrology field: Engaged in the development of SPM technologies such as AFM and SICM, and in nanoscience research utilizing

One year from the start date. technologies such as AFM and SICM, or experimental Kanazawa University Nano Life Science Institute
these techniques. Area: Nano- and Micro-

Assistant Possible consideration for annual ・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

Professor renewal, up to a maximum of six 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, as well as the origins of diseases, at the Discipline: Nanobioscience-

years. ・Research experience related to biomolecules or cells is
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 year from the start date. one of the following research fields: biophysics, Kanazawa University Nano Life Science Institute

・Measurement of molecular dynamics using high-speed AFM Nanotechnology and
Assistant Possible consideration for annual ・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
Professor renewal, up to a maximum of six and living cells. biology, or applied physics. Tel:076-264-5662

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

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.

Shibata Laboratory has been conducting research on the biological applications of high-speed atomic force microscopy (high-speed AFM)
and has published the following representative papers.
HP: https://bioafminfi.w3.kanazawa-u.ac.jp/

Representative publications
1. M. Shibata and H. Nishimasu et al., “Real-space and real-time dynamics of CRISPR-Cas9 visualized by high-speed atomic force ・Single-molecule imaging of proteins and nucleic acids using high-speed AFM. While this laboratory mainly focuses
microscopy.” Nat. Commun. 8, 1430 (2017). on observing proteins and nucleic acid–binding proteins involved in memory and learning processes in the brain,
2. L. Puppulin et al., “Dynamics of target DNA binding and cleavage by Staphylococcus aureus Cas9 as revealed by high-speed atomic research is not limited to these targets. Imaging of cells using high-speed AFM and independent research topics are ・A record of presentations and publications in at least
force microscopy.” ACS Nano, 17, 4629-4641 (2023). also highly encouraged. one of the following research fields: biophysics,

One year from the start date. Kanazawa University Nano Life Science Institute
3. S. Tsujioka et al., “Imaging single CaMKII holoenzymes at work by high-speed atomic force microscopy.” Sci. Adv. 9, eadh1069 Area: Biological Sciences biochemistry, molecular biology, cell biology, structural

Assistant Possible consideration for annual Professor Mikihiro Shibata
3 1 (2023). Mikihiro Shibata Discipline: Biophysics-related ・Development of application technologies required for high-speed AFM observations, such as the development of biology, neuroscience, or applied physics.

Professor renewal, up to a maximum of six Tel:076-264-5927
4. S. Morioka et al., “High-speed atomic force microscopy reveals the nucleosome sliding and DNA unwrapping/wrapping dynamics of fields novel AFM substrates capable of visualizing enzymatic reactions.

years.
tail-less nucleosomes.” Nano Lett., 24, 5246–5254 (2024). ・The ability to conduct independent research activities, Email: [email protected]

5. A. Sumino et al., “High-speed atomic force microscopy reveals fluctuations and dimer splitting of the N-terminal domain of GluA2 ・Expression and purification of recombinant proteins. as well as to collaborate effectively within a team.
ionotropic glutamate receptor-auxiliary subunit complex.” ACS Nano 18, 25018-25035 (2024).
6. K. Matsushima et al., “Structural dynamics of mixed-subunit CaMKIIα/β heterododecamers filmed by high-speed AFM.” Nat. ・Collaborative research with life science researchers within the institute.
Commun., 16, 10603 (2025).

As an Assistant Professor in this laboratory, the successful candidate will join the group and engage in interdisciplinary research at the
interface of nanometrology and life science using high-speed AFM. Prior experience with AFM techniques is not required; instead,
candidates with a research background in life science are sought.

・Research experience in stem cell biology, hematology,
cancer biology, molecular and cellular biology, cell
biology, immunology, or related fields.

・This research field aims to elucidate the mechanisms underlying the maintenance of undifferentiated states in
・Experimental experience in cell culture, flow

leukemia, based on stem cell biology, and to contribute to the development of novel cancer therapies. In particular,
cytometry, analysis of genes, proteins, and small

the focus is on the functions and interactions of intracellular organelles, nuclear chromatin dynamics, and epigenetic
One year from the start date. Area: Medicine molecules, as well as functional analysis of cells.** In Kanazawa University Nano Life Science Institute

regulation to clarify the mechanisms governing the proliferation and differentiation of leukemia cells.
Assistant Possible consideration for annual Discipline: Hematology, particular, experience in experiments related to Professor Atsushi Hirao

4 1 ・Stem cell biology and cancer biology field focusing on hematopoietic stem cells and leukemia stem cells. Atsushi Hirao
Professor renewal, until March 31, 2029, at tumor biology, and stem cell chromatin dynamics and epigenetic regulation is highly Tel:076-264-6755

・To achieve these objectives, interdisciplinary research is promoted by integrating cell biological, molecular biological,
the longest. biology desirable.

and functional analyses using animal models, together with collaborative efforts with bio-SPM technologies and Email: [email protected]

chemistry research groups at the Nano Life Science Institute, enabling a multifaceted analysis of hematopoietic and
・Experience in analyzing the in vivo behavior of

leukemia cells.
hematopoietic and leukemia cells using animal models.

・Motivation and experience in actively engaging in
interdisciplinary research through collaboration with
researchers from diverse fields.

・Interdisciplinary research that utilizes measurement technologies such as high-speed AFM to elucidate the molecular
basis of biological phenomena, while aiming to overcome various diseases including cancer and to develop safe and

・The ability to conduct researches independently and to
One year from the start date. Area: Pharmaceutical effective next-generation pharmacotherapies and modalities. Kanazawa University Nano Life Science Institute

collaborate effectively within a team.
Assistant Possible consideration for annual Sciences Professor Miki Nakajima

5 1 ・Basic pharmaceutical sciences, drug metabolism and pharmacokinetics, and drug safety science. Miki Nakajima
Professor renewal, up to a maximum of six Discipline: Basic ・Research aimed at promoting drug discovery by focusing on the regulation of pharmacokinetics and drug Tel:076-234-4408

・Research experience in the field of pharmaceutical
years. pharmaceutical sciences responsiveness.

sciences, with the ability to continue and advance high- Email: [email protected]

level research activities after appointment.
・Research to elucidate the mechanisms of toxicity caused by xenobiotics, including pharmaceuticals.

Recruitme Number of
Position Period of Employment＊＊ Field (Details) Laboratory Research Field Research Content Application Requirements (Field-Specific) Contact Information for Inquiries

nt No. Positions

・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-
Area: Cell Biology speed atomic force microscopy (HS-AFM). We analyze the spatiotemporal dynamics of membrane trafficking and

One year from the start date. ・Nano-life science, cell biology, molecular biology, bioimaging, biomolecular dynamics analysis, intracellular transport, nuclear pore Discipline: Biomolecular intracellular transport systems, including NPCs, chromatin-associated structures, DNA structural transitions, Kanazawa University Nano Life Science Institute
Assistant Possible consideration for annual complex (NPC), chromatin dynamics, membrane trafficking, cytoskeletal dynamics, virus–host interactions, extracellular vesicles (EVs), WONG WING science, molecular and extracellular vesicles (EVs), cytoskeletal reorganization, and DOCK-related signaling. We also investigate virus–host Professor WONG WING CHUEN RICHARD

6 1＊ No specific requirements.
Professor renewal, up to a maximum of six high-speed atomic force microscopy (HS-AFM), scanning probe microscopy (SPM), and life science analysis using AI and machine CHUEN RICHARD cellular biology, and interactions and EV-mediated immune regulation. Furthermore, by integrating AI and machine learning, we are Tel:076-264-6250

years. learning. molecular pathophysiological developing quantitative analysis platforms for HS-AFM image analysis, molecular state classification, and Email: [email protected]
science spatiotemporal dynamics prediction. 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
One year from the start date. ・This research area focuses on the innate immune system that promotes cancer heterogeneity (evolution), and aims to elucidate the ・We are seeking individuals who possess strong expertise in molecular and cellular biology techniques and are biology and cell biological experiments, with experience Kanazawa University Nano Life Science Institute

Area: Cancer Genomics
Assistant Possible consideration for annual molecular mechanisms underlying tumorigenesis and drug resistance through the integration of multi-omics analysis and nanoscale capable of independently advancing fundamental research aimed at elucidating the mechanisms underlying cancer in or interest in patient-derived model systems (e.g., Professor Hideko Isozaki

7 1＊ Hideko Isozaki Biology
Professor renewal, up to a maximum of six measurement techniques. Through these efforts, we seek to identify novel therapeutic targets for the prevention of cancer development initiation, progression, and metastasis. Such research will involve the use of patient-derived tissues, mouse models, organoids, cell lines, and mouse models), as well as Tel:076-264-6745

Discipline: Lung cancer
years. and recurrence. and cell lines, combined with advanced technologies including multiomics analyses and nanoscale measurement. multiomics analysis and nanoscale measurement, are Email: [email protected]

encouraged to apply.

・The nervous system is the central hub of higher brain functions and the primary site for various neurological
disorders; therefore, elucidating its development, evolution, and disease pathogenesis is of great importance.

One year from the start date. Traditionally, research in this field has been dominated by molecular biological and electrophysiological analyses, while Kanazawa University Nano Life Science Institute
Area: Life Sciences

Assistant Possible consideration for annual ・Analysis of the relationship between the physical properties of the cranial nervous system and the pathophysiology of neurological physical approaches have lagged behind. Professor Hiroshi Kawasaki
8 1 Hiroshi Kawasaki Discipline: General No specific requirements.

Professor renewal, up to a maximum of six diseases. Accordingly, we are seeking individuals who will analyze the physical properties of the nervous system using bio-SPM Tel:076-265-2363
neuroscience

years. technologies. We welcome applicants who (1) already possess expertise in bio-SPM and wish to apply it to Email: [email protected]
neuroscience, or (2) have a background in neuroscience and are interested in incorporating bio-SPM techniques into
their research.

・Development of receptor and sensor molecules based on supramolecular and metal coordination chemistry.
Area: Chemistry

One year from the start date. ・Research experience in one or more of the following Kanazawa University Nano Life Science Institute
Discipline: Supramolecular

Assistant Possible consideration for annual ・Interdisciplinary research integrating receptor/sensor molecules with nanoprobe technologies, along with fields: organic chemistry, chemistry related to biological Professor Shigehisa Akine
9 1 ・Supramolecular chemistry, organic chemistry, and coordination chemistry. Shigehisa Akine chemistry, organic

Professor renewal, up to a maximum of six collaborative bio-SPM research. functions, supramolecular chemistry, coordination Tel:076-264-5701
chemistry, and coordination

years. chemistry, or polymer chemistry. Email: [email protected]
chemistry

・Structural analysis of supramolecular and metal coordination compounds using SPM techniques.

・This research field promotes the development of fluorescent biosensors for the quantitative visualization of
Area: Nanotechnology and

physicochemical properties and signaling molecule concentrations within cells, as well as systems for thermal
One year from the start date. Materials Kanazawa University Nano Life Science Institute

・Applicants with research experience in organic synthesis, nanomaterial synthesis, protein engineering, and imaging studies (not limited stimulation of cells.
Assistant Possible consideration for annual Discipline: Nanobioscience, Professor Satoshi Arai

10 1 to fluorescence imaging) are highly welcomed. In addition, candidates with a background in cell biology or molecular biology who are Satoshi Arai By utilizing these technologies, we aim to visualize and manipulate intracellular phenomena while pursuing the No specific requirements.
Professor renewal, up to a maximum of six chemical biology, Tel:076-234-4580

motivated to advance life science research by actively incorporating novel technologies are also encouraged to apply. creation of nanoscale measurement and manipulation techniques through integration with bio-SPM technologies.
years. biomolecular chemistry, and Email: [email protected]

We welcome individuals who are motivated to pioneer new life science measurement technologies by working across
analytical chemistry

disciplines such as chemistry, biology, physics, and imaging.

・This laboratory focuses on the mechanics of multicellular tissues, aiming to understand, predict, and control
biological phenomena related to development, evolutionary development, aging, and disease. The primary targets

・Research field of multicellular systems, including mechanics, morphogenesis, and biomedical engineering. include the development of the brain, eye, inner ear, and skin; functional expression and aging changes in the brain
One year from the start date. ・In particular, the focus is on the mechanical properties, morphogenesis, and functional expression of multicellular tissues in and skin; and multicellular phenomena involved in cancer, Alzheimer’s disease, and other neurodegenerative Kanazawa University Nano Life Science Institute

Assistant Possible consideration for annual development, evolutionary development, aging, and disease. Area: Life Sciences disorders. Associate Professor Satoru Okuda
11 1＊ Satoru Okuda No specific requirements.

Professor renewal, up to a maximum of six ・Related fields include developmental biology, evolutionary developmental biology, cell and tissue mechanics, biophysics, mathematical Discipline: Biophysics To achieve this, the laboratory utilizes observation, measurement, and manipulation techniques such as AFM and Tel:076-234-4579
years. biology, biomedical engineering, computational biology, mechanobiology, tissue engineering, and fields related to medicine and multiphoton microscopy, as well as computational approaches including numerical modeling (e.g., 3D vertex models), Email: [email protected]

neuroscience. to elucidate and apply the underlying mechanical principles.
In this recruitment, we seek researchers who specialize in one of the following areas: biological experimentation,
mechanical measurement and imaging, or mathematical and computational modeling.

・Nanometrology field: Engaged in the development of SPM technologies such as AFM and SICM, and in nanoscience research utilizing ・Prior experience in the development of SPM
One year from the start date. Area: Nano- and Micro- Kanazawa University Nano Life Science Institute

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
Assistant Possible consideration for annual Science and Related Fields Professor Takeshi Fukuma

12 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.
Professor renewal, up to a maximum of six Discipline: Nanobioscience- Tel:076-234-4847

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

nanoscale. ・Research experience related to biomolecules or cells is Email: [email protected]

desirable, but not required.

Recruitme Number of
Position Period of Employment＊＊ Field (Details) Laboratory Research Field Research Content Application Requirements (Field-Specific) Contact Information for Inquiries

nt No. Positions

・Prior experience in the development of SPM
・Nano-metrology field: Engaged in the development of scanning probe microscopy (SPM) technologies such as AFM and SICM, and in

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

Assistant Possible consideration for annual Kazuki Miyata/ 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
13 1＊

Professor renewal, up to a maximum of six Yasufumi Takahashi Discipline: Nanobioscience- sampling of the observed structures. Tel:076-234-4868
・Nano-life science field: Aiming to understand the functions of biomolecules and cells, as well as the origins of diseases, at the

years. related fields ・Research experience related to biomolecules or cells is
nanoscale. Email: [email protected]

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

One year from the start date. Kanazawa University Nano Life Science Institute
Information Engineering, ・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

Assistant Possible consideration for annual Professor Takeshi Fukuma
14 1＊・Computational science, data science, and bioscience fields. Takeshi Fukuma and Related Fields statistical analysis. a strong interest and commitment to applying these

Professor renewal, up to a maximum of six 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

years.
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 technologies and in life science research utilizing these Area: Biology from the ・Candidates should have experience in the development
One year from the start date. Kanazawa University Nano Life Science Institute

techniques. molecular to cellular levels, ・Development of correlative imaging systems that integrate SPM technologies (e.g., AFM and SICM) with state-of- of optical microscopy technologies and demonstrate a
Assistant Possible consideration for annual Professor Takeshi Fukuma

15 1＊ Takeshi Fukuma and related fields the-art optical microscopy, and nanoscale imaging research on molecular- and cellular-level biological phenomena strong interest and commitment to integrating these
Professor renewal, up to a maximum of six Tel:076-234-4847

・Nano-life science field: Aiming to understand the functions of biomolecules and cells, as well as the origins of diseases, at the Discipline: Biophysics-related using these systems. techniques with SPM technologies and applying them to
years.

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

One year from the start date. ・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

Assistant Possible consideration for annual Professor Takeshi Fukuma
16 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

Professor renewal, up to a maximum of six ・Nano-life science field: Aiming to understand the functions of biomolecules and cells, as well as the origins of diseases, at the 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

years. nanoscale.
fields techniques with SPM technologies in a complementary Email: [email protected]

manner.

Area: Life Sciences or
One year from the start date. ・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
Assistant Possible consideration for annual ・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

17 1＊ Noriyuki Kodera Materials
Professor renewal, up to a maximum of six ・Development of advanced application technologies for high-speed AFM and living cells. biology, or applied physics. Tel:076-264-5662

Discipline: Biophysics or
years. ・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 ・The ability to conduct independent research activities,
within 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
One year from the start date. Nanotechnology and Kanazawa University Nano Life Science Institute

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

18 1＊・Biophysics, nanobioscience, and applied physics (general). Shinji Watanabe
Professor renewal, up to a maximum of six 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
years. nanobioscience, and applied

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

desirable, but not a mandatory requirement.

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