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- Archer Materials (AXE) achieves on-chip electronic transport in qubit components at room temperature
- The news comes as part of the company’s 12CQ quantum computing qubit processor chip technology development
- Archer says it has now advanced its quantum chip development by nanofabricating devices containing electric circuits that integrate microscopic quantities of its carbon-based qubit material
- Archer says this update paves the way for progress in its efforts aimed at qubit readout in chip-based devices
- Archer Materials ends the day 2.01 per cent in the green to close at 76 cents
Archer Materials (AXE) has achieved on-chip electronic transport in qubit components at room temperature.
The news comes as part of the company’s 12CQ quantum computing qubit processor chip technology development.
Archer said it has now advanced its quantum chip development by nanofabricating devices containing electric circuits that integrate microscopic quantities of its carbon-based qubit material.
The devices were created on a silicon wafer using foundry-compatible lithography processes. Archer used the devices to demonstrate that a controlled electric current can be passed through the qubit material at room-temperature.
“For the potential use of Archer’s qubit material in practical quantum processor chip devices, it is significant to demonstrate on-chip electronic transport in the qubit material at room temperature,” CEO Dr Mohammad Choucair said.
“The achievement is a significant step in Archer’s 12CQ chip development and paves the way for progress in our efforts aimed at qubit readout in chip-based devices.”
Archer said it currently maintains its position as the only ASX listed company and one of a few players in the world to develop this qubit processor technology.
Archer Materials ends the day 2.01 per cent in the green to close at 76 cents.
