Technology
Quantum Annealing Technology
A computational method within quantum computing specialized in combinatorial optimization, which involves "searching for the best option among an enormous number of possibilities" (used in combination with various signal processing and machine learning techniques as needed).
Strength
The ability to solve a wide range of combinatorial optimization problems with significantly lower power consumption than traditional computers
It can discover new solutions that were time-consuming or difficult to find with traditional computers due to the influence of initial conditions.
It also enables the "exploration" of novel combinations from a fresh perspective.
Suitable applications range from societal issues to improving business efficiency, transportation, logistics, manufacturing, workflow optimization, marketing, drug discovery, and finance.
Use Case
①
Traffic-Avoidance Disaster Evacuation Route Proposal System
A system that proposes the optimal evacuation route to ensure everyone safely completes evacuation during a tsunami.
A key feature is its ability, powered by quantum annealing, to maintain overall optimization even if some individuals do not follow the suggested instructions.
②
Medical Institution Matching System
A system that reduces the burden on healthcare professionals by avoiding overcrowding at specific medical institutions while introducing and recommending the most suitable medical facilities based on the needs of the patient
③
Logistics Optimization
A system for optimizing delivery planning, warehouse workflows, robotic implementation, and route optimization for automated guided vehicles (AGVs).
Optimizing shelf layouts and inventory management to support labor-saving, efficiency improvements, and the monetization of previously cost-incurring resources in the logistics industry.
④
Manufacturing Process Optimization
Optimizing combinations within various manufacturers' production processes, including production lines, machinery selection, and prioritization of production items.
⑤
Employee Schedule Optimization System
A service that automatically generates schedules to maximize employee productivity by balancing the ratio of office work and remote work.
⑥
New Material Discovery
A system that explores and identifies combinations of substances meeting specific criteria from a wide range of candidates, providing potential options.
Message from the Lab
What I want to know
Professor, Department of Physics,
School of Science, Tokyo Science University
Graduate School of Information Sciences, Tohoku University, Division of Information Basic Science
Prof. Masayku Ozeki
• Social issues to be optimized and corporate challenges requiring optimization in various countries
• Problems that are difficult to solve due to numerous factors that need to be considered
• Carbon neutrality, control, management, and more
Desired Candidate Profile
Students who aim to understand the potential of quantum annealing technology and promote its application for problem-solving in their home countries after completing the program.
Quantum annealing technology demonstrates its true value in large-scale optimization problems, often involving major organizations and enterprises.
We look forward to welcoming students with ambitious visions.
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