Last update was about the large increase in coherence...

Last update was about the large increase in coherence times.......



Archer increased its qubit material room temperature capabilities by over 30%, meaning it can
now routinely prepare qubit material maintaining quantum superposition states for over 30%
longer than previously achieved at room temperature3
.
Commenting on the spin coherence milestone, Dr Mohammad Choucair, CEO of Archer, said,
“This achievement is a breakthrough for Archer’s qubit development. Long quantum coherence
times are crucial for qubit materials in quantum computing.
“Archer has now demonstrated a significant advance in its qubit materials’ quantum coherence
times observed at room temperature. This extended time window for processing quantum
information was only previously possible by cooling the qubit material using liquid nitrogen, to
reach nearly -173°C.
“Archer is confident that this breakthrough in quantum materials positions it as a leading player
in the quantum computing industry, paving the way for the potential development of
commercially viable quantum technology solutions.”
This milestone links to the future operation of Archer’s 12CQ chip, as the number of quantum
control pulses performed in a quantum algorithm is directly related to the quantum coherence
time. The development potentially broadens the application space for Archer’s qubit material
that would be suited to more normal operating environments, rather than needing to be
conducted at extremely low operating temperatures, bringing the technology closer to
commercialisation


when the number of possible control pulses increases , because coherence time has increased, there's suddenly a larger number of applications that quantum algorithms can be written for... which ones to tackle? Try as many as you can? Well that's going to take time. Be more strategic and pick a few? This coherence time breakthrough has now re defined the 12CQ again.