Yes, what a joke. 9 qubits? That's like calling this a picture of titties: (.)(.)
They basically adjusted the inputs untill they have the picture they already decided was correct.
The simulation used only nine quantum bits, or qubits, so it was very low-resolution. Like a picture of a bird taken from far away, this had the same general shape as the object it represented, but the simulation had to be carefully adjusted to display the characteristics of a wormhole. “If you want to see this as a wormhole, there are a number of parallels, but it’s definitely a matter of interpretation,” says Adam Brown at Stanford University in California, who was not involved in this work.
Yes, what a joke. 9 qubits? That's like calling this a picture of titties: (.)(.)
They basically adjusted the inputs untill they have the picture they already decided was correct.
> The simulation used only nine quantum bits, or qubits, so it was very low-resolution. Like a picture of a bird taken from far away, this had the same general shape as the object it represented, but the simulation had to be carefully adjusted to display the characteristics of a wormhole. “If you want to see this as a wormhole, there are a number of parallels, but it’s definitely a matter of interpretation,” says Adam Brown at Stanford University in California, who was not involved in this work.
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