Industry Impacts

Quantum technologies are opening new possibilities across industries

Published on:
Quantum computer

How could quantum technology impact industries?

Quantum technologies have the potential to transform industries by enabling new ways to compute, sense and communicate. Quantum computing could help solve complex optimisation, simulation and data-processing challenges. Quantum sensing could dramatically reduce the cost of minerals exploration, enable autonomous vehicles to navigate without GPS, and help predict droughts. Quantum communication could strengthen secure information exchange and future communication networks.

While many applications are still emerging, quantum technologies are already being developed, tested and applied in industry today. Organisations that build awareness, develop skills and explore potential applications now will be better positioned to understand and capture the opportunities quantum technologies may create.

Diamond cutting

What are some of the potential applications of quantum technology?

  • Health & Pharmaceuticals

    • Accelerate drug discovery and molecular simulation
    • Improve diagnostics, medical imaging and disease detection
    • Support personalised medicine and optimise healthcare delivery

  • Financial Services

    • Efficient detection of fraudulent behaviour
    • Improve risk modelling, portfolio optimisation, asset pricing and capital allocation

  • Environment

    • Detect underground water leaks and improve resource management
    • Reduce CO2 in fertiliser production
    • Improve environmental monitoring and exploration

  • Defence & Cyber Security

    • Protect national cyber infrastructure
    • Enhance navigation where GPS is unavailable
    • Generate truly random numbers for stronger cybersecurity

  • Advanced Manufacturing

    • Accelerate R&D and product development
    • Enhanced sensing and measurement
    • Optimise manufacturing processes and system performance

  • Energy & Utilities

    • Improve demand forecasting and grid optimisation
    • Enhance infrastructure monitoring, fault detection and cybersecurity
    • Accelerate discovery of advanced materials for batteries and clean energy technologies

  • Agriculture

    • Improve crop, land-use and environmental monitoring
    • Optimise water, fertiliser and supply chain management.
    • Improve forecasting and agricultural decision-making

  • Transport & Infrastructure

    • Improve the efficiency of mass transit systems
    • Optimise solutions to vehicle routing problems
    • Enable smarter waste collection and city services

Images courtesy of Macquarie University and the University of Sydney.