From the ANFF white paper............"In another approach to...

From the ANFF white paper.........






..."In another approach to process quantum information
without the requirement for extremely low temperature
systems, Archer Materials is developing qubits using
a carbon-based semiconductor. The material dubbed
a nano-onion, is a round graphite-based nanoparticle
with an onion-like shell structure approximately 50
nanometres in diameter. This forms the basis for their
flagship 12CQ qubit chip architecture where qubit states
Micro-optic half-sphere structure on diamond
that provide higher-fidelity readout from qubits.
Source: Quantum Brilliance
are defined by the spin state of electrons that are spread
over these carbon spheres. The stability of the qubits
demonstrated was sufficient for operating quantum
logic calculations at room temperature. Archer Materials
is an ASX listed company (ASX: AXE), that has patented
the 12CQ quantum chip across several jurisdictions
in the world including Australia, US, UK, South Korea,
Japan, France and Germany. Archer recently announced
that their qubit material has been engineered to mimic
a high-vacuum environment that enables quantum
functionality in air (rather than vacuum).
This approach has the potential for technology translation
to industrially scale 12CQ qubit chip architecture using
standard semiconductor foundry methods. The aim of
Archer’s revolutionary 12CQ chip technology is to develop
this novel material into a viable qubit architecture that
will allow for mobile quantum-enabled applications
capable of operating at room temperature and make
them available for everyday electronics."


Note the 'carbon based semiconductors' tag for Archer Materials slice of the pie. Also note it's the 'Computing' slice. Not the 'Sensor' or 'Communication' slice of the pie. I will revise my view of what to expect and shift it out of sensing and also communication for now.AXE is way more ambitious than I thought and should we even be surprised.