bloqade.analog.emulate.ir.state_vector.AnalogGate

← Module overview

classAnalogGate¶source

bloqade.analog.emulate.ir.state_vector.AnalogGate

class AnalogGate(hamiltonian: RydbergHamiltonian)

Public import paths

• from bloqade.analog.task.bloqade import AnalogGate
• from bloqade.analog.ir.routine.bloqade import AnalogGate

Parameters

Name	Type	Description
hamiltonian	RydbergHamiltonian

Attributes

Name	Type	Default	Description
SUPPORTED_SOLVERS	—	['lsoda', 'dop853', 'dopri5']
hamiltonian	RydbergHamiltonian	required

methodapply¶source

bloqade.analog.emulate.ir.state_vector.AnalogGate.apply

Signature

def apply(state: StateVector, solver_name: str = 'dop853', atol: float = 1e-07, rtol: float = 1e-14, nsteps: int = 2147483647, times: Union[Sequence[float], RealArray] = (), interaction_picture: bool = False)

Parameters

Name	Type	Default	Description
state	StateVector	required
solver_name	str	'dop853'
atol	float	1e-07
rtol	float	1e-14
nsteps	int	2147483647
times	Union[Sequence[float], RealArray]	()
interaction_picture	bool	False

source

methodrun¶source

bloqade.analog.emulate.ir.state_vector.AnalogGate.run

Signature

def run(shots: int = 1, solver_name: str = 'dop853', atol: float = 1e-14, rtol: float = 1e-07, nsteps: int = 2147483647, interaction_picture: bool = False, project_hyperfine: bool = True) -> NDArray[np.uint8]

Run the emulation with all atoms in the ground state, sampling the final state vector.

Parameters

Name	Type	Default	Description
shots	int	1
solver_name	str	'dop853'
atol	float	1e-14
rtol	float	1e-07
nsteps	int	2147483647
interaction_picture	bool	False
project_hyperfine	bool	True

Returns

NDArray[np.uint8]

source