Fujitsu Pronounces Winners of The Fujitsu Quantum Simulator Problem

Insider Transient

• Fujitsu has formally introduced 4 successful groups of theFujitsu $100,000 Quantum Simulator Problem”.
• Fujitsu acquired functions from a complete of 43 groups of startups and universities from 17 international locations and areas.
• The winners have been introduced at a ceremony held on the Fujitsu Quantum Day on January 25, 2024.

PRESS RELEASE — Fujitsu from February to September 2023 carried out the “Fujitsu $100,000 Quantum Simulator Problem,” a worldwide competitors during which Fujitsu known as members of the business and academia to check Fujitsu’s 39 qubit quantum simulator on novel issues and functions. Fujitsu has formally introduced 4 successful groups of the competitors throughout a successful ceremony held on the Fujitsu Quantum Day on January 25, 2024 at De Oude Bibliotheek Academy in Delft, the Netherlands ⁽¹⁾.

Fujitsu acquired functions from a complete of 43 groups of startups and universities from 17 international locations and areas. Amongst them, 20 groups that handed the primary choice course of the place Fujitsu evaluated candidates’ use circumstances with regard to their innovativeness and the way they utilized Fujitsu’s quantum simulator to contribute to the answer of societal issues. After the competition interval, taking part groups submitted a report of their analysis outcomes. Primarily based on these outcomes an award committee consisting of 13 members together with researchers from Fujitsu’s Quantum Laboratory awarded 4 winner groups of the problem.
The committee awarded Quanscient Oy ⁽²⁾ from Finland with the primary prize for its challenge “quantum algorithms for fluid dynamics.”

Individuals in whole spent about 56,000 hours utilizing the quantum simulator throughout the contest, and created numerous use circumstances starting from primary analysis outcomes together with error correction know-how to algorithm growth that contributes to fixing societal issues. The overall award quantity is USD 100,000.

Fujitsu plans to carry the quantum simulator problem once more in 2024 and past, using an enhanced quantum simulator with 40 qubits, one of many largest on this planet ⁽³⁾. Shifting ahead, Fujitsu will proceed to collaborate with superior startups within the quantum computing subject globally and lead R&D towards the sensible implementation of quantum computing applied sciences.

Hideto Okada, Head of Expertise Technique Unit, Fujitsu, feedback: “Individuals of the quantum simulator problem have developed numerous superior functions utilizing Fujitsu’s quantum simulator. All these thrilling use circumstances spotlight the facility of quantum computing to shortly and precisely contribute to the answer of societal issues. We’ll proceed to be on the forefront of quantum computing by working with our prospects and companions to drive the event of quantum simulators and quantum functions.

The Fujitsu quantum simulator problem confirmed the significance of neighborhood actions and competitors for innovation, and we are going to proceed to work with the quantum computing neighborhood to drive additional progress within the subject of quantum computing.”

Background

Excessive error charges and scalability points in quantum computing {hardware} characterize ongoing duties within the utilization of present quantum computer systems. To this finish, builders of quantum computing applied sciences are more and more specializing in quantum simulators operating on high-performance computer systems (HPC), and are exploring functions in numerous fields.
Fujitsu has been working with a number of prospects to develop pioneering quantum functions utilizing its quantum simulator, a cluster system consisting of the FUJITSU Supercomputer PRIMEHPC FX700 geared up with the identical A64FX CPU on the coronary heart of supercomputer Fugaku ⁽⁴⁾.

As suggestions from customers of quantum simulators represents an vital key within the growth of quantum functions, Fujitsu opened up a few of its quantum simulator assets to the general public and began the “Fujitsu $100,000 Quantum Simulator Problem” to achieve suggestions from taking part analysis establishments, universities, and firms competing for quantum software growth in numerous fields.

Winner groups:

First prize: Quanscient Oy

Quantum algorithms for fluid dynamics

• Efficiency of advanced fluid simulations by making use of quantum strategies to the sector of fluid dynamics
• Improvement of quantum algorithms that can be utilized in automobile/ship/plane manufacturing and biomedicine, and to measure and consider computational efficiency

Second prize: Riverlane Restricted ⁽⁵⁾

Quantum stability experiments on the Fujitsu quantum simulator

• Simulation of quantum stability, a key benchmark for quantum error correction (QEC), beneath sensible noise fashions with leakage
• Verification of quantum stability for several types of noise that trigger errors in quantum calculations and discovery of beforehand unobserved conduct

Third prize: Qkrishi Quantum Personal Restricted ⁽⁶⁾ /Bloq Quantum Personal Restricted ⁽⁷⁾

Optimized quantum kernels for improved bank card fraud detection

• Utility of quantum machine studying to detect bank card fraud on quantum simulators
• Check development of a quantum simulator based mostly back-end software that was evaluated by an insurance coverage firm

Third prize: College of Naples Federico II ⁽⁸⁾

Interpretable and environment friendly management of sensible cities with quantum computer systems

• Mixture of quantum computing and fuzzy concept ⁽⁹⁾ to construct a system based mostly on human language guidelines
• Utility to sensible metropolis use circumstances equivalent to wi-fi networks and visitors sign management