🖥️⚡ THE HELIUM CRISIS THREATENING THE FUTURE OF QUANTUM ⚡🖥️
Almost no one is talking about the implications of the helium shortage on the future of quantum computing, yet this is where a underestimated systemic risk lies.
All superconducting quantum computers, from IBM to Google, operate at extreme temperatures, between 10 and 20 millikelvin, made possible only through a mechanism based on a mixture of helium-3 and helium-4.
There are no scalable alternatives: it is this physics that makes qubits possible.
The problem arises upstream. Qatar produces about a third of the global helium as a byproduct of liquefied natural gas.
After the Iranian missile attacks on Ras Laffan, production was halted and estimated recovery times could extend up to five years.
Spot prices have already doubled and initial rationing is emerging in quantum labs.
Despite advanced recycling systems and stockpiles, some facilities are reporting delays in operational cycles.
This could translate into a delay of between 6 and 18 months in the development of qubits and in post-quantum cryptography tests.
The issue, however, is not just technological but systemic.
Delaying the transition to new cryptographic standards means prolonging the vulnerability of the current global financial infrastructure.
A single bottleneck, an irreplaceable element, connects energy, geopolitics, security, and innovation.
The market has already priced oil.
It has not yet begun to price helium.