Full paper linked in the comments.
(“Paper, Decoded” is a series where we unpack the physics papers that shaped how XeedQ's quantum computers actually work, one landmark study at a time.)

Full paper linked in the comments.
(“Paper, Decoded” is a series where we unpack the physics papers that shaped how XeedQ's quantum computers actually work, one landmark study at a time.)
Our CEO Gopalakrishnan Balasubramanian, along with Julian Rickert, Florian Frank and Pit Hüne from our team, are here to demonstrate the technology that is set to revolutionise quantum computing in the coming years!
You build affordable quantum computers by working with the physics you have, not fighting it.
How do you create diamond NV centres?
Dr. Mukesh Tripathi, Quantum Materials Scientist at XeedQ, shares his perspective.
Full paper linked in the comments.
(“Paper, Decoded” is a series where we unpack the physics papers that shaped how XeedQ's quantum computers actually work, one landmark study at a time.)
At XeedQ, we're pursuing methods aimed at sub-10 nm — turning a supposed dead end into a roadmap.
Solving readout at scale is part of making quantum hardware something the whole field can build on.