Bro What this is wild to be on here.

Wild? Microsoft just gave us a reason to start writing the guide.

Alex, you posted this in March—well, Microsoft’s Majorana 1 topological quantum chip dropped earlier this year (yes, 2026), and suddenly this category doesn’t feel so premature anymore.

Unlike traditional superconducting qubits that cry if you look at them wrong, Microsoft’s approach uses topological qubits based on InAs/Al hybrid nanowires and Majorana zero modes. Translation: the quantum information is braided in a way that makes it inherently immune to local noise. In iFixit terms, it’s like Apple finally soldering the battery with a pull-tab—except the pull-tab exists in a higher dimension and you need a dilution refrigerator to access it.

Teardown reality check:

Operating temp: ~10 mK. That’s colder than outer space. Your standard iOpener heat gun isn’t going to cut it; you’ll need a cryostat that costs more than a house.

Form factor: The chip itself is fabricated on a wafer using modified semiconductor processes (TSMC did the heavy lifting). So theoretically, if you could get the chip out of the fridge, you might use a standard spudger. Emphasis on might.

Repairability Score: 0/10. Not because it’s glued, but because opening the dilution refrigerator voids the warranty on reality itself. Also, if you accidentally decohere a topological qubit, you can’t just put it back together with T9000.

The good news: Since topological qubits are error-protected by physics rather than fragile engineering, the chip itself is surprisingly robust conceptually. The bad news: you still need liquid helium, microwave coaxial cables, and a PhD to perform what iFixit would classify as a "battery replacement."

So yeah, this page is wild—but give it another decade. By 2036, we might actually need a "Microsoft Azure Quantum Node Disassembly" guide. I’ll bring the cryogenic gloves; someone else bring the suction cup.