Tom Maxwell on Nostr: “The problem is that quantum computers are incredibly sensitive to, well, ...
“The problem is that quantum computers are incredibly sensitive to, well, everything. They have to operate in sealed, cryogenically cooled cases. Even a stray photon can cause a qubit to “decohere” or lose its quantum state, which creates all kinds of wild errors that interfere with the calculation of the problem. Until now, adding more qubits has also meant increasing your chances of getting a random error.”
https://www.popsci.com/technology/google-quantum-error-correction/Published at
2023-07-16 19:06:37Event JSON
{
"id": "dde42decf5a06d91c46e46b420fd35a7f0336fb7f0296d0455f0771f0ea41acb",
"pubkey": "f1649a96ecb8e5dde269695b3076c3f32a3642f15e392f50c7c6a0f4c6c8aef6",
"created_at": 1689534397,
"kind": 1,
"tags": [
[
"mostr",
"https://mstdn.social/users/tommyyum/statuses/110725326281428584"
]
],
"content": "“The problem is that quantum computers are incredibly sensitive to, well, everything. They have to operate in sealed, cryogenically cooled cases. Even a stray photon can cause a qubit to “decohere” or lose its quantum state, which creates all kinds of wild errors that interfere with the calculation of the problem. Until now, adding more qubits has also meant increasing your chances of getting a random error.”\n\nhttps://www.popsci.com/technology/google-quantum-error-correction/",
"sig": "5a240953957eaa3ac50f4d92390aba6c2fdb8df4163846d3b94511e45d3975e08fea0ab41ac0090aa39f0680455e21b7fb5e90407bf347707ce0b67fb713cb0f"
}