AI ROBOTS THAT HARMONIZE
WITH HUMANS TO
CREATE KNOWLEDGE
AND CROSS BORDERS
AI Robots: Harmonizing, Creating, Transcending Boundaries.
AI ROBOTS THAT HARMONIZE
WITH HUMANS TO
CREATE KNOWLEDGE
AND CROSS BORDERS
AI Robots: Harmonizing, Creating, Transcending Boundaries.
OUR VISION
OUR VISION
Unveiling the Unknown with Beloved AI in Chemistry.
With pandemics, disasters, supply chain changes and diversity demands shaping our world… In a time of unpredictability and rapid change, we ask:
What can science achieve ?
How can AI empower researchers?
Through our research project “Moonshot”, we’re developing “AI Scientists” using multimodal information including images, sensing information and user trends rather than relying exclusively on text.
These AI collaborators provide well-founded insights, enabling scientists to advance their research, charting new paths toward innovative discoveries and meaningful contributions to society.
As AI evolves, discoveries multiply, and people evolve too.
Evolving alongside scientists, we aspire to an AI cherished by humanity.
OUR MISSION
OUR MISSION
- HONESTY
By leveraging textual, image, sensing data, and user trends – information from the interaction between humans and computers – we aim to comprehend human thought processes.
- EMERGENCY
By fostering an environment and culture in which users and computers can evolve together, we aim to create a future where meaningful new discoveries emerge.
- DIVERSITY
By embracing a wide range of expertise, our strategy encompasses backgrounds not limited to computer science, spanning chemistry, biology, psychology, and beyond. We aim to establish an organization characterized by exceptional resilience.
Our moonshot research: Achieving vision through three core themes.
Our moonshot research: Achieving vision through three core themes.
- HONESTY
By leveraging textual, image, sensing data, and user trends – information from the interaction between humans and computers – we aim to comprehend human thought processes.
- EMERGENCY
By fostering an environment and culture in which users and computers can evolve together, we aim to create a future where meaningful new discoveries emerge.
- DIVERSITY
By embracing a wide range of expertise, our strategy encompasses backgrounds not limited to computer science, spanning chemistry, biology, psychology, and beyond. We aim to establish an organization characterized by exceptional resilience.
Using a manga as the medium of introduction,
we’re presenting the “AI Scientist” we aim to achieve within our project.
Episode 1
Current and Future Research Methods
Episode 2
Coming soon
NEWS
-
news(en)
The project has welcomed 5 new members.
The project has welcomed 5 new members. -
news(en)
Click here to learn more about the Moonshot R&D System.
Click here to learn more about the Moonshot R&D System. -
news(en)
We have launched a website.
We have launched a website. Please see the link below for details.
MEMBER
Using a manga as the medium of introduction, we’re presenting the “AI Scientist” we aim to achieve within our project.
OMRON SINIC X Corporation
Principal Investigator
牛久 祥孝
Yoshitaka Ushiku
Ph.D. in Information Science and Technology
［Research Focus］
Multimodal explainable AI (XAI) model
Chubu University
College of Engineering
Professeor
藤吉 弘亘
Hironobu Fujiyoshi
Ph.D. in Engineering
［Research Focus］
Development of an AI for discovering XOR relationships between experimental predictions and results.
Chubu University
College of Engineering
Professeor
山下 隆義
Takayoshi Yamashita
Ph.D. in Engineering
［Research Focus］
Development of an AI for discovering XOR relationships between experimental predictions and results.
Tokyo University
Graduate School of Arts and Sciences
Associate Professor
馬場 雪乃
Yukino Baba
Ph.D. in Information Science and Technology
［Research Focus］
Development of an AI for paper comprehension and experiment planning using Scientist-in-the-lop approach.
RIKEN
Information R&D and Strategy Headquarters (R-IH)
Team Leader
吉野 幸一郎
Koichiro Yoshino
Ph.D. in Informatics
［Research Focus］
Multimodal hypothesis generation using knowledge inference and dialogue.
Kyoto University
Graduate School of Engineering
Professor
松原 誠二郎
Seijiro Matsubara
Ph.D. in Engineering
［Research Focus］
Exploration of AI robots for organic synthesis.
Tohoku University
Graduate School of Information Sciences Associate Professor
坂口 慶祐
Keisuke Sakaguchi
Ph.D. in Computer Science
［Research Focus］
Spatial embedding of scientific knowledges and Hypothesis Generation through Abduction
Institute for Molecular Science
Life and Coordination-Complex Molecular Science Associate Professor
椴山 儀恵
Norie Momiyama
Ph.D.
［Research Focus］
AI for Predicting Reaction Conditions with General-purpose Organic Synthesis Robots
Nagoya University
Graduate School of Pharmaceutical Science Professor
布施 新一郎
Shinichiro Fuse
Ph.D. in Engineering
［Research Focus］
Engagement in Organic Synthesis Control AI through the Utilization of Flow Synthesis.
Osaka University
Graduate School of Engineering Professor
小野 寛太
Kanta Ono
Ph.D. in Science
［Research Focus］
AI for Mechanochemical Synthesis Control
Nara Institute of Science and Technology
Center for Data-Driven Science Associate Professor
宮尾 知幸
Tomoyuki Miyao
Ph.D. in Engineering
［Research Focus］
AI for Predicting ・Expanding Organic Synthesis reactions
CONTACT
Please feel free to contact us for inquiries!
