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Quantum random walks for decision making and optimization

Abstract

Random walks provide a natural framework for modeling sequential discrete decision processes. Their quantum counterparts have been proposed as potential tools for addressing such problems, particularly if suitable oracles can be constructed to encode general loss functions over decision sequences. In this talk, we discuss perspectives on how quantum random walks could be applied to decision-making and optimization problems, and outline challenges and opportunities in oracle design.

Category

Conference lecture

Language

English

Affiliation

  • SINTEF Digital / Mathematics and Cybernetics
  • University of Oslo

Presented at

International Workshop on Quantum Optimization 2026

Place

Voksenåsen, Oslo

Date

04.03.2026 - 06.03.2026

Organizer

SINTEF AS

Date

05.03.2026

Year

2026

View this publication at Norwegian Research Information Repository