dbc
PDF THINK TANK: ANALYST
- Joined
- Feb 1, 2009
- Messages
- 6,551
- Reaction score
- 14
- Country
- Location
Bravo, this piece of code is exactly what google's experiment one years ago and got criticized as "The program, which checked the output of a random number generator, was of limited practical value and did not prove that the company’s machine could do anything useful". Do you understand what you posted? That's how they make you believe it is "fully programmable" and so awesome, when actually both can basically do nothing and almost promised like the fusion power generation in "next 50 years"?
err like crystals and mirror? Google would be happy to use them. Did you googled Google's Quantum Computer picture? Should they move to Berkley too? That's why I call your argument naive. You don't really understand what you argue.
So you persist with Q#, CIRQ, Quil, Orquestra, OpenFermion and Xanadu’s PennyLane are all just used exclusively to generate random numbers . Yeah Boy! Muricans really dumb!
Google AI Quantum team also released OpenFermion-Cirq, which is an example of a CIrq-based application that enables the near-term algorithms. OpenFermion is a platform for developing quantum algorithms for chemistry problems.
OpenFermion-Cirq extends the functionality of OpenFermion by providing routines and tools for using Cirq for compiling and composing circuits for quantum simulation algorithms.
An instance of the OpenFermion-Cirq is used to easily build quantum variational algorithms for simulating properties of molecules and complex materials.
Wait simulating properties of molecules and complex materials - is that the same as generating random numbers!