As they warm up, quantum computers can slow down or stop working altogether. A new kind made with specially engineered diamonds cools as it calculates
The optical table on which a quantum computer, made from specially engineered diamonds, can cool itself
Durga Dasari/Institute of Physics at University of Stuttgart
Quantum computers made from imperfect diamonds could stop themselves from overheating just by running an algorithm. Most quantum machines must be kept at low temperatures, but “algorithmic cooling” might allow quantum computers to perform well at room temperature in the future.
Conventional computers slow down as they warm up, and quantum computers can even stop working if they get too hot. While classical computers are typically cooled by fans, quantum computers generally require much greater …
Offer ends 31/08/2022. *Cancel anytime within 14 days of payment to receive a refund on unserved issues.
Existing subscribers, please log in with your email address to link your account access.
Inclusive of applicable taxes (VAT)
MORE FROM NEW SCIENTIST
Your essential guide to the many breathtaking wonders of the universe
How can the UK keep homes cool without air conditioning?
Heatwave is forcing some UK firms to turn off high-power computers
