Simulations Show Quantum Error Not As Bad As Believed
aarondubrow writes "Because quantum systems become unstable quickly, their error threshold is an important factor. How many bits can 'break' before the system stops working? An international team of researchers used the supercomputers at the Texas Advanced Computing Center to simulate the error threshold of a topological quantum system and found a much higher threshold than had previously been reported."
You rather should look what it takes to store a single qubit... Wake me up when they have systems with 640K qubits...
But unlikely to work. Quantum states are too fragile and most of the time need super-cooled, Now few would want to have a liquid nitrogen tank near the computer.... (No, I am not talking to you, the ove-clocker nuts). Speaking of overclocking, off-topic, but that rig is out of that world.
You rather should look what it takes to store a single qubit... Wake me up when they have systems with 640K qubits..
But unlikely to work.
Quantum states are too fragile and most of the time need super-cooled,
Now few would want to have a liquid nitrogen tank near the computer....
(No, I am not talking to you, the ove-clocker nuts).
Speaking of overclocking, off-topic, but that rig is out of that world.
Quantum computing is green go and lot of money is spent toward developing it
despite the fact that is very very unlikely to became practical.
But say something about skylon and you are bashed with 'it will never work, go ahead and sink your lifesavings..."
BTW, this blogger reports leaked photos of setup of their precooler test that is key to whole design, and will be done in 18 of June.
But unlikely to work.
Quantum states are too fragile and most of the time need super-cooled,
Now few would want to have a liquid nitrogen tank near the computer....
(No, I am not talking to you, the ove-clocker nuts).
Speaking of overclocking, off-topic, but that rig is out of that world.
You rather should look what it takes to store a single qubit... Wake me up when they have systems with 640K qubits..
But unlikely to work.
Quantum states are too fragile and most of the time need super-cooled,
Now few would want to have a liquid nitrogen tank near the computer....
(No, I am not talking to you, the ove-clocker nuts).
Speaking of overclocking, off-topic, but that rig is out of that world.
You rather should look what it takes to store a single qubit... Wake me up when they have systems with 640K qubits..
Dank u voor sharing.maybe zul je net als de SCHOENEN MBT.Have een mooie dag!;)