Maximize the Power of Quantum Computing
QunaSys builds technology for quantum computing to achieve its full
potential through our algorithm development to product
engineering.
We will continue our R&D for a future where quantum computers can be
used as a disruptive tool in industries such as materials,
chemistry, drug discovery, and many more.
OUR CURRENT FOCUS
Quantum Chemical Calculations
Our world is full of chemical phenomena that remain unexplained even with the aid of the world's best supercomputers. Elucidating a phenomenon requires a great deal of time, cost, and repeated trial and error in experiments.
As Richard Feynman once said—
Nature isn’t classical, and if you want to make a
simulation of
nature, you’d better make it quantum mechanical.
For simulating these phenomena of interest, often caused by quantum mechanical behavior of electrons and atomic nuclei, it is most natural to develop a quantum computer, a computer that works on the principle of quantum mechanics.
QunaSys is working on quantum algorithm and software R&D, aiming to create innovative novel materials through solving the enigmas of the chemical world using quantum computers.
- 2024/04/11
Erik Stangerup named new Head of QunaSys in Europe READ MORE
SERVICES
QunaSys is developing software for practical application of quantum computers.
Today's quantum computers are still under development, and it will take some more time before they can be widely used. In preparation for future practical applications, we are working on software development that will enable quantum computer users to easily utilize the power of quantum computing.
QunaSys values user interaction in order to advance the practical application of quantum computers.
Seeking to determine where quantum computers fit into specific industrial issues, we engage in dialogue with user firms and academia, which bring extensive domain-specific knowledge to the table. Through collaboration research we will overcome obstacles to the practical application of quantum computers.
QunaSys aims to bring quantum computing to society.
In order for quantum computers to be utilized, we need many more users to understand this technology, enable the advanced integration of hardware and software to maximize its power. QunaSys is helping quantum computing industry shape its vision and co-creat this new industry.
OTHER SERVICES
QPARC
Corporate consortium utilizing quantum computers
Learn deeply about quantum computer hardwares and algorithms through lectures and exercises.
→ QPARC
Quantum Native Dojo
Self-study materials for beginners
Self-study material that aims to expand the number of researchers and engineers involved in quantum technology.
Qulacs
Quantum circuit simulator
Qulacs is a high-speed simulator of quantum circuits for quantum computing research written in C ++, and can be used through the Python interface.
Quantaggle
Quantum algorithm benchmark site
Benchmark results obtained by various quantum algorithms.
QunaSys Tech Blog
Quantum Computing Technology Blog
Blogs about quantum algorithm developments written by QunaSys engineer and researchers.
PARTNERS
TECHNOLOGY
Using quantum algorithms, industrial applications can be translated into sets of quantum computational operations, described by quantum circuits.
Quantum circuits can be run on any type of universal quantum computing hardware by being converted, or compiled, for the specific gate set supported by the hardware.
Developing quantum algorithm is essential for preparing to take advantage of practical quantum hardware when it becomes available. QunaSys is developing various quantum algorithms and compilers for use in the quantum computers in the future.
ABOUT US
QunaSys is a startup company aiming to make quantum computers widely used in society, by conducting research on algorithms that make good use of quantum computers and developing software that enables users to easily use those algorithms.
- 2024/04/16
Qubit frugal entanglement determination with the deep multi-scale entanglement renormalization ansatz - 2024/02/20
Orbital-rotated Fermi-Hubbard model as a benchmarking problem for quantum chemistry with the exact solution - 2023/11/02
ADAPT-QSCI: Adaptive Construction of Input State for Quantum-Selected Configuration Interaction
We are hiring talented scientists, researchers, and programmers for full-time and for interns.
We’re currently hiring for these positions.
We’re located in Bunkyo, Tokyo in Japan. For questions and inquiries, feel free to contact us info@qunasys.com