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NODES

University of the Witwatersrand, Johannesburg

The Wits team, led by Prof. Andrew Forbes, is focused on pushing the boundaries of quantum communication, quantum imaging and quantum computing.

The project aims to develop practical quantum technologies, particularly for secure communication. The team plans to test their findings in real-world scenarios, including integration with quantum networks and collaboration with industry partners for potential commercial applications.

At Wits University’s Structured Light Laboratory, researchers are harnessing light to drive breakthroughs in secure communication and quantum technology.
Listen to Professor Andrew Forbes talk about shaping quantum light for a more secure future with Talk Radio 702.
WitsQ is an institution wide initiative to grow quantum at Wits. The vision is to strategically promote and advance Quantum Technology at Wits, with a focus on the research, innovation, business, education and outreach, and ethics of quantum technologies, creating a collaborative forum that includes the sciences, engineering, social sciences, humanities, health and business. We have provided seed funding for new students, as well as three additional projects: quantum computing with large qubit numbers (Somnath Bhattacharyya), simulating wormhole teleportation (Sam van Leuven) and solving vehicle routing problems on a quantum computer (Gift Khangamwa).

Projects

  • Tailoring quantum wavefunctions for robustness to noisy channels
  • Replacing linear optical approaches with nonlinear optical approaches
  • Quantum imaging and recognition of light sensitive structured
  • Quantum computation