More than 100x faster

Qubit Bring-up, Characterisation
and Testing at
Incredible Speeds
with Quantum EDGE

QuantrolOx APS diagram

The Challenge

We will need millions of physical qubits to be in a constant state of tune to build practical quantum computers. But, even in the era of 10’s of qubits. current control methods require 3-4 experts to continuously intervene just to keep the quantum computers alive. This does not scale.

Simulating high-tc
superconductors
~100k qubits

Discovering
new catalysts
~200k qubits
Supply chain
optimisation
~1M qubits
Financial crime
detection
~10M qubits

SLOW TUNE-UPS ARE ALREADY HINDERING DEVELOPMENT BEYOND A FEW TENS OF QUBITS

“We can easily fabricate chips with more qubits but don’t do it due to the long tune up times”

Prof Yonuk Chong, SKKU

SLOW QPU CHARACTERISATION IS MAJOR BOTTLENECK

WE HAVE A SOLUTION

We envision a world where every quantum computer will be fully automated, enabling quantum scientists to spend less time tuning qubits and more time advancing quantum computing, thereby accelerating the path to practical quantum computers.

INTRODUCING
QUANTUM EDGE

Quantum Edge automates the tuning and optimisation of superconducting quantum computers. It reduces the time for fundamental experiments such as resonator and qubit spectroscopy to mere seconds. Complex operations like randomised benchmarking become a breeze.

Our partners

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Bluefors-Logo
InnovateUK-Logo
Oxford Instruments-Logo
Quantum Machines-Logo
UIC-Logo
University of Oxford-Logo
QBN-logo
business Finland-Logo
Maybell-Logo
QBlox-Logo
QW-Logo
University of Jyvaskyla-Logo
VTT-Logo
EIC-Logo
NQCC-Logo
QED-C-Logo
Semiqon-Logo
University of Oulu-Logo
Zurich instruments-Logo

Contact Us

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