At the Taniguchi Laboratory, we pursue the realization of a safe, secure, and healthy society by focusing on single-molecule technologies that enable the measurement and manipulation of individual molecules—the smallest units of matter. By integrating nanotechnology, quantum metrology, artificial intelligence, and biotechnology, we elucidate previously inaccessible microscopic worlds and aim to deliver practical, deployable technologies to society in fields such as healthcare, drug discovery, and security.
In particular, we are widely recognized for our ultra-fine nanofabrication technologies at the nanometer scale—on the order of tens of thousands of times thinner than a human hair—and have conducted numerous collaborative research projects with industry partners. We welcome inquiries even at the earliest stages, such as “Is it possible to realize this kind of technology?” or “We would like to create a prototype.” Please feel free to contact us.
Strengths of the Laboratory
Our greatest strength lies in our ability to freely design and measure phenomena in the extremely small world.
By combining nanofabrication technologies for creating nanoscale structures, precision measurement technologies for accurately capturing extremely weak electrical signals, and AI-driven data analysis, we address challenging problems faced by industry. In addition to fundamental research, we maintain a comprehensive framework that supports prototyping and performance evaluation toward practical implementation, enabling hands-on development that directly contributes to real-world applications.
Examples of Collaborative Research
We have collaborated with numerous companies to translate laboratory technologies into real-world products.
[Commercialized] Development of Biosensors (Materials Manufacturer)
We provided nanopore technology capable of detecting viruses and DNA one molecule at a time. Performance evaluation was conducted using our laboratory systems, and the technology was commercialized through a startup company.
[Commercialized] Ultra-Low Current Measurement Instruments (Semiconductor-Related Company)
We provided technologies for measuring extremely weak electrical currents. After validation in our laboratory, the technology was commercialized and is now available on the market.
[Under Development] Next-Generation Electronic Components and Process Development (Semiconductor-Related Company)
Joint development is underway for ultra-high-performance resistors and novel fabrication processes for nanoscale structures. Prototyping and evaluation are being carried out using our laboratory facilities.
Main Application Areas
- Biosensing
- Nanoparticle Sensing
- Nanofabrication Technologies
Collaboration Process
We actively engage in industry–academia collaboration through joint and commissioned research projects, training programs for corporate researchers, and continuing education initiatives. At the Institute of Scientific and Industrial Research, where the Taniguchi Laboratory is based, specialized staff members listen carefully to technical and academic challenges and provide guidance by introducing appropriate researchers and institutional frameworks tailored to each consultation. We welcome inquiries from companies as well as researchers both within and outside the institute, and encourage you to contact us freely.
Main types of industry–academia collaboration
Academic Consultation
We provide guidance and advice from an academic perspective.
*Please note that consultations involving research components are classified as commissioned research.
Technical Consultation
We listen to technical challenges and issues to be resolved, and provide advice toward solutions by introducing appropriate researchers and institutional programs based on the consultation content.
Joint Research
Researchers from companies and the institute jointly conduct research on shared challenges.
*Joint research cannot be conducted if no research elements are identified by the academic side.
Commissioned Research
Research conducted under commission from organizations outside the institute.
This includes cases where development is carried out using the institute’s proprietary technologies or facilities.
Related link: Institute of Scientific and Industrial Research (Technical and Academic Consultation Page)