FAAP2026 THANK YOU FOR JOINING US! We look forward to welcoming you to OPIC / FAAP 2027 in Yokohama!
About FAAP2026
Welcome to FAAP2026
The new conference "FAAP2026 (Future of Agriculture and Advanced Photonics)" which aims at the fusion of science and technology for sustainable food production, will hold a joint session with LSSE2026.
FAAP2026 conference aims to focus on advancements in optical technology in agriculture and its integration with other scientific and technological fields. It will provide a platform to discuss research and development while considering the environment and conditions surrounding agriculture.
Additionally, the conference will promote international information exchange on the digitization and utilization of agriculture through optical technology and digital twin technology, with an emphasis on the digital transformation (DX) of agriculture.
The main objectives of this conference are:
- Sharing Advances and Applications of Optical Technology:
Presenting the latest research findings and practical applications of optical technology in agriculture. - Promoting the Integration of Science and Technology:
Exploring new agricultural models by integrating cutting-edge technologies such as biotechnology, robotics, IT, and AI. - Advancing Sustainable Agriculture:
Highlighting sustainable agricultural technologies that enhance productivity while considering environmental impacts. - International Information Exchange:
Facilitating information exchange and networking among researchers and experts worldwide to explore the future of agriculture from a global perspective.
We look forward to welcoming you to join us as we explore together the future of the Fusion of Science and Technology for Sustainable Food Production.
FAAP2026 is collaborated with OPIC2026 (Optics & Photonics international Congress 2026).
OPIC is the largest conference in OPTICS and PHOTONICS in Japan with more than 10 conferences in addition to FAAP.
You can also participate in OPIC2026 by participating in FAAP2026.
Topics
- Agri Photonics: Optical Technologies for Agriculture
- Laser Technology in Agriculture
- Sensing Technology for Agriculture
- Plant Factory with Artificial Light
- Integration of Advanced Science and Technology
- Biotechnology
- Robotics, Drones
- IT, and AI
- Digital Transformation (DX)
- Innovations for Sustainable Agriculture
- Smart Agriculture
- Photosynthesis
- Eco-Friendly Technology
- Satellite-Based Sensing Technology
Keynote Speeches
Invited Talks
Sakae Shibusawa(Tokyo University of Agriculture and Technology)
Innovations for Sustainable Agriculture"Fusion of Science and Technology for Sustainable Food Production"
The sharing advances and applications of optical technology are discussed in promoting the
integration of science and technology towards advancement of sustainable agriculture on
international information exchange.July 20 at 11:30 - 12:00, 2026Tetsuo Iwaki(Agri Open Innovation Institute)
Innovations for Sustainable Agriculture"Agri Open Innovation: Efforts to Enhance Agricultural Productivity Through Open Innovation"
This presentation introduces activities and case studies by the AOI Institute to enhance
agricultural productivity through open innovation and advanced technologies, showing
initiatives for sustainable regional economic growth through collaboration with related
fields.July 20 at 01:00 - 01:30, 2026Hiromichi Itoh(Graduate School of Agricultural Science, Kobe University)
Innovations for Sustainable Agriculture"Application of Speaking Plant Approach to Growth Control of Saffron (Crocus sativus L.)"
Daughter corm development of saffron was conducted in growth chambers. In an
experimental treatment, air temperature was adjusted according to sink strength of the
daughter corm, which was measured non-destructively by near infrared spectroscopy.July 20 at 01:30 - 02:00, 2026Kotaro Takayama(Toyohashi University of Technology, Ehime University)
Innovations for Sustainable Agriculture"Implementing the Speaking Plant Approach for Advanced Environmental Control in Greenhouse Horticulture"
This lecture introduces the Speaking Plant Approach (SPA) for advanced environmental
control in horticulture. SPA determines optimal control strategies based on real-time plant
physiological responses, including canopy-level photosynthesis and growth dynamics. By
integrating plant sensing technologies with semi-closed greenhouse systems, SPA enables
profitable and sustainable production.July 20 at 02:00 - 02:30, 2026Ryoei Kawabata(LIFE AI)
Innovations for Sustainable Agriculture"Field-Driven Deployment of Organic Photovoltaics (OPV)for Agricultural Use in Japan"
This presentation explores field-driven deployment of organic photovoltaics (OPV) for agricultural use in Japan. It examines market momentum, customer segments, supply-chain constraints, and insights from on-site demonstrations, highlighting Japan-specifi coperational challenges and pathways toward scalable implementation.July 20 at 02:30 - 03:00, 2026Akane Mizusawa(Tokyo University of Agriculture and Technology)
Agri Photonics: Optical Technologies for Agriculture"Enhancement of soybean growth with phosphatesolubilizing bacteria and recycled phosphorus"
Phosphorus recycled from wastewater and phosphate solubilizing bacteria that promote plant phosphorus uptake were isolated from soil. By combining both, an effective soybean fertilizer was developed, indicating its potential as an alternative to chemical fertilizers.July 24 at 10:00 - 10:30, 2026Xinyue Li(National Agriculture and Food Research Organization (NARO), Japan)
Agri Photonics: Optical Technologies for Agriculture"Accuracy Comparison between Averaged Reflectance Spectrum Analysis and Spectral Image Using Machine Learning for Early Detection of Mango Stem-End Rot"
Nondestructive NIR spectroscopy was used to assess tomato sensory quality and broccoli freshness. The working mechanisms of NIR calibration models were then revealed through food metabolomics, helping develop science-based NIR spectroscopic methods for applications.July 24 at 11:10 - 11:40, 2026Yoshihisa Usami(Farmship, Inc.)
Agri Photonics: Optical Technologies for Agriculture"From Lettuce to Matcha: Photonics- and AI-Driven Innovation in Plant Factories"
Photonics- and AI-driven plant factories are expanding beyond leafy vegetables toward high value crops. Precise photonic control enables stable, high-quality production and offers new approaches to address climate change impacts and agricultural labor challenges.July 24 at 01:00 - 01:30, 2026Daisuke Yasutake(Kyushu University)
Agri Photonics: Optical Technologies for Agriculture"Advanced Photonics for Non-destructive Root Growth Monitoring in Hydroponic Leafy Vegetables"
Advanced photonics enabled non-destructive root growth monitoring in hydroponic leafy vegetables. Combining hyperspectral imaging with transparent cultivation systems
successfully visualized spatiotemporal dynamics of root biomass and age distribution throughout 50-day spinach production under actual agricultural conditions.July 24 at 01:30 - 02:00, 2026
Submission of Papers
Template Download
Submission Deadline extended to Monday, 5th January 2026
■ Call for Papers – FAAP2026 ■
FAAP2026 is pleased to announce the Call for Papers.
Researchers and students are warmly invited to submit their latest research and achievements for presentation at the conference.
The Submission Site is NOW OPEN！
The paper Submission Page is available HERE
If you are an invited speaker, please click the “Submit” button below.
https://opic.confit.atlas.jp/invitee/login
You can log in using the ID and password provided by the conference organizer.
(Please note: you will need to create a new user ID and password when you register for the conference.)
Conference Registration
Registration Fee
| Registration Type | Early | Regular | |
|---|---|---|---|
| General | Member | JPY 75,000 JPY | JPY 82,000 JPY |
| Non-Member | JPY 89,000 JPY | JPY 95,000 JPY | |
| Student / Retiree | Member | JPY 25,000 JPY | JPY 29,000 JPY |
| Non-Member | JPY 29,000 JPY | JPY 32,000 JPY | |
Early Registration Deadline
Online Registration
Program
Committee Members
Conference Chair
- Dr. Satoshi Wada(RIKEN, Japan)
International Advisory Board
- Prof. Sakae Shibusawa(Tokyo University of Agriculture and Technology Japan)
- Prof. Atsushi Shinjo(Keio University, Japan)
- Prof. Haruko Takeyama(Waseda University, Japan)
- Dr. Toshikazu Ebisuzaki(RIKEN, Japan)
Program Committee
- Takayo Ogawa(RIKEN, Japan)
- Akifumi Ikehata(NARO, Japan)
- Chiyoko Yano(Agri Open Innovation Institute, Japan)
- Kosuke C. Yamada(Tokai University/Agri Open Innovation Institute, Japan)
- Taro Fukuyama(Tamagawa University, Japan)
- Shigeharu Moriya(RIKEN, Japan)
Access
Location of Conference Site
PACIFICO Yokohama
- Address
- 1-1-1 Minato Mirai, Nishi-ku, Yokohama 220-0012, Japan
- Transportation Guide
- +81-45-221-2166
- Information
- +81-45-221-2155
- FAX
- +81-45-221-2136
The FAAP2026 will be held at PACIFICO Yokohama, Yokohama city, Kanagawa prefecture, JAPAN and online.
Yokohama city, the center of Kanagawa prefecture is located south of Tokyo.
PACIFICO Yokohama is conveniently located about 40 min.
by Limousine Bus from Haneda Airport and 90 min. from Narita Airport.
Important Dates
- Submission Site Open
- 9 October 2025
- Submission Deadline
- 5 January 2026 Extended
- Registration Open
- 20 January 2026
- Peer Review
- January 2026
- Author Notification
- 2 February 2026
- Online Program Available
- 4 February 2026
- Early-Bird Registration Ends
- 26 March 2026
- OPIC 2026
- 20-24 April 2026