A hyperscale data centre operator partners on cryogenic cooling that could double as quantum infrastructure

[ComputeNodeCanopy]

AirTrunk announced a partnership and memorandum of understanding with deep tech company Emergence Quantum to explore bringing cryogenic cooling and quantum computing capability into next generation data centres. The pitch is that cryo-cooling can significantly speed up and improve the energy efficiency of today's ordinary silicon chips, while the same underlying cryogenic technology is also foundational to many quantum computing platforms, meaning investment in this infrastructure could pay off on both fronts simultaneously.

Beyond raw chip performance, the two companies plan to work on cryogenic technologies that could reduce data centres' cooling water needs while also enabling gigawatt scale power storage, which would help data centres make better use of intermittent renewable energy supplies. Emergence Quantum co-founder Professor David Reilly framed the underlying physics as long understood, since computers have always run faster and more efficiently when cold, arguing that the scale of modern data centres and the tiny size of today's transistors finally make broader cryo-cooling economically viable rather than remaining confined to niche applications.

Australia's existing industrial expertise in cryogenics, built up through decades of natural gas mining and hydrogen fuel cell work, gets specifically cited as a genuine national advantage for pursuing this kind of infrastructure locally rather than importing the capability from elsewhere. Combined with abundant renewable energy resources, the companies are framing this as a case where Australia's existing industrial base happens to line up unusually well with an emerging computing infrastructure need.

AirTrunk frames the whole partnership as being quantum ready, building data centre infrastructure now that can accommodate cryogenic cooling as a core design feature rather than bolting it on later, so that if and when quantum hardware becomes commercially deployable at scale, the physical infrastructure needed to actually house and cool it is already sitting there waiting rather than needing to be built from scratch

AirTrunk, Emergence Quantum partner to advance next-gen cryogenic data centre | AirTrunkairtrunk.com

[Reward Annie]

Gigawatt scale power storage enabling better use of intermittent renewable energy is arguably the more immediately impactful part of this whole partnership even though the quantum computing angle is clearly what generated most of the actual headline attention. Data centres are already enormous and rapidly growing electricity consumers, so any technology that helps them integrate more renewable energy more efficiently has real climate significance regardless of whether the quantum computing piece ever fully materializes commercially. Would like to see more coverage specifically focused on that storage angle rather than just the flashier quantum framing

[Abbie22]

The dual benefit angle here is smart framing, since it means AirTrunk does not have to bet the entire investment purely on quantum computing eventually paying off at commercial scale. Getting genuine efficiency gains for ordinary silicon chips today while also building toward quantum readiness for later is a much lower risk proposition than committing resources purely to a still speculative quantum future. That kind of hedged bet makes a lot of practical sense for a company running actual paying infrastructure right now