Joint Research
QunaSys is actively engaged in joint research projects with industry partners and academic institutions to accelerate real-world deployment and utilization of quantum computing technology.
The primary focus of our joint research is to explore new algorithms using quantum computers and the potential applications in industries. In addition to our main area of expertise in quantum chemistry calculations, we are conducting research in areas such as Computer-Aided Engineering (CAE), finance, and machine learning, with many of our findings published in academic papers.
Through these joint research projects, we will continue to contribute to solving industry challenges using quantum computing.
QURI/QURI Parts / QURI Parts
With QURI, you can perform quantum chemical calculations directly in your browser. QURI offers a user-friendly interface, and can be operated with little or no experience in handling quantum algorithms.
QURI Parts is a quantum computation library where you can find the building blocks to implement quantum algorithms. Available as an OSS, QURI Parts is platform-independent, modular, scalable, high performance, and made with quantum algorithm researchers and developers using Python code in mind.
QURI Chemistry
QURI Chemistry is a service developed by QunaSys that allows users to perform quantum chemistry calculations using quantum algorithms on IBM Cloud. It enables users to execute calculations without writing quantum circuits, seamlessly integrating into research and development workflows.
SDQs
SDQs is an initiative by QunaSys to discuss the impact and contribution of quantum technology on ESG (E: Environment, S: Society, G: Government) initiatives. More concretely, the SDQ’s initiative provides a forum for discussion on how quantum technology can be best utilized in various industries. In 2023, the first year of the SDQs initiative, we formulated a quantitative report on the impact of quantum computers on ESG together with our business partners, the QPARC consortium, and The Quantum Strategic Industry Alliance for Revolution (Q-STAR). Together, we will continue our efforts to explore how quantum computer applications can be used as actual problem-solving tools long term.
Chemical Research Solution
QunaSys’ CRS (Chemical Research Solution), is a service that provides solutions to the challenges in chemical research and development. Utilizing the technology of “today”, with CRS we prepare the chemical industry for a future with more practical uses of quantum computers.
Quantum Chemistry Computational Services by QunaSys
At QunaSys, we provide tailored quantum chemistry calculation services designed to meet your unique challenges. Our team identifies which aspects of your material development process can be addressed computationally, and we help translate these challenges into testable computational problems.
We offer comprehensive support, including a trial program of quantum chemical calculations where we collaborate closely with your experimental team to integrate computational solutions effectively. Additionally, we provide ongoing consultation through chat to ensure seamless communication and project success.
Chemistry-Specific Large Language Models (LLM) Services
The QunaSys Large Language Model Service is specially tailored to the chemistry sector. Our team will work closely with you to understand your goals in order to build a language model that will be able to provide consultation on analysis methods using quantum chemical calculations, extract and summarize patent information relevant to your company from internal documents, research documents, academic papers, and competitor patents.
We've also established a materials development LLM study group. Here, through lectures and hands-on technical exercises led by researchers in cutting-edge technologies, you will discover how to leverage LLMs alongside internal and external data for materials development. Additionally, our CRS team members regularly update our blog with insights from their research.
MIQAN
MIQAN is a platform designed to bridge the gap between experiments and computational analysis in materials development. It facilitates the integrated recording and utilization of experimental and computational data related to materials development. Additionally, we offer customized solutions for data management system construction and provide educational programs in data modeling, tailored to address specific challenges in the field. Our service includes the ability to predict physical properties based on experimental data and to recommend formulations to achieve desired material properties.
Community services operated by QunaSys
Quantum Algorithm Grand Challenge is our online algorithm-creation contest for researchers, developers, and students with an interest in quantum computing.