Innovating to create realisable quantum
technologies including the most crucial part
of a quantum computer: a qubit processor
Quantum computing machines are limited in ownership and use because they use qubit processors that currently operate at low temperatures or are difficult to integrate with modern electronics. To enable more practical quantum computing technology, we're developing a new qubit processor called 12CQ.
Quantum technology is still in its infancy.
Archer’s approach to quantum technology development is centred around their carbon nanomaterial. This novel material has the potential to unlock various quantum technologies relevant to a scalable quantum qubit processor.
For Archer’s quantum technology to be fully functional, key modules need to be developed and verified. These include control (manipulation of the electron spins states in the carbon nanomaterial) and readout (probing and measuring electron spin states). Archer continues to reach milestones and progress the 12CQ technology.
Traditional computing needs to move to quantum. The rise of artificial intelligence is forcing the transition, as more complicated algorithms that drive AI will need quantum computing power to process the required data.
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Designed by Aaron Knight.
