The Photon Containment Unit: When Quantum Computing Decides Light Is Also Power
A Stanford University breakthrough claims a tiny light trap could unlock million-qubit quantum computers. The paper’s authors describe their device as a “photon containment unit” that stabilizes qubits without introducing thermal decoherence. But in the months since publication, the industry has moved from academic theory to commercial deployment—though with a few unexpected additions to the bill of materials.
Today’s quantum processors are roughly the size of shoeboxes, according to IBM’s current specifications. But the new generation of devices, codenamed “Photonics,” look more like kitchen appliances. And the power source? A small, sealed, industrial-grade light trap from a company called Lumina Corp.