QuEL, Inc. is a spinout startup from the University of Osaka developing qubit controllers; a crucial component in quantum computer hardware.
【概要】 キュエル株式会社の大平龍太郎リサーチサイエンティスト、森榮真一エンジニア（大阪大学量子情報・量子生命研究センター（QIQB）特任研究員）、栗本佳典エンジニア、大阪大学量子情報・量子生命研究セン...
キュエル株式会社は、国立研究開発法人科学技術振興機構(JST)のムーンショット型研究開発事業 目標6「2050年までに、経済・産業・安全保障を飛躍的に発展させる誤り耐性型汎用量子コンピュータを実現（プログラム...
【概要】 キュエル株式会社の栗本佳典エンジニア、大平龍太郎リサーチサイエンティスト、三好健文CTO（大阪大学量子情報・量子生命研究センター（QIQB）特任教授）、大阪大学量子情報・量子生命研究センター（QIQ...
【概要】 キュエル株式会社の大平龍太郎リサーチサイエンティスト、大阪大学量子情報・量子生命研究センター（QIQB）の三好健文特任教授、森榮真一特任研究員、大阪大学大学院基礎工学研究科の田中歌子講師（大阪...
One of the challenges of the early detection of dementia is the lack of a simple screening method to detect cognitive impairment. A simple non-invasive screening test, when established, will greatly motivate patients to receive the test and thus bring the full benefits of early diagnosis. Eye tracking-based cognitive assessment (ETCA) is a method with scientific and medical foundation that is accessible to everyone, enabling patients to make the best of early diagnosis. The assessment uses data obtained from biological movements, namely of the eyes, toward images or videos, such as the percentage of fixation duration on the correct images, percentage of successful gaze detection, and gaze plot statistics and graphs. This innovative method enables the non-invasive, simple, objective, and quantitative determination of cognitive functions. Users simply look at the monitor screen and follow the instruction displayed to obtain their cognitive assessment.
・Research and development of indoor positioning technologies ・Providing indoor location-based services
We offer three core services: “Actaba” for detecting abandoned farmland, “Detaba” for estimating crop classification, and “Ninataba” for connecting farmland with people. By leveraging satellite data and land parcel information, we visualize farmland to promote effective use and sustainability. We also support environmental conservation and regenerative agriculture through soil analysis, calculation of GHG emissions and carbon removal (aligned with SBTi-FLAG), carbon credit projects, and the promotion of decarbonized agricultural materials.
Sinumy develops and provides a breakthrough Bluetooth-based hands-free authentication technology that allows users to pass through gates or make payments without taking their smartphone out of their pocket or bag. We hold key international patents that are essential for enabling true hands-free authentication—something that has never been achieved before. With this technology, we are driving real-world implementation across various authentication and payment scenarios. Our vision is to create a seamless society where a single smartphone enables hands-free authentication and payment everywhere.