quant-iron 2.0.0

A high-performance, hardware-accelerated modular quantum computing library with a focus on physical applications. Quant-Iron provides tools to represent quantum states, apply standard quantum gates, perform measurements, build quantum circuits, and implement quantum algorithms.
Documentation 
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//! # Components
//! 
//! This module contains the core components for quantum operations, including gates, measurements, and state management.
//! It provides the necessary structures and traits to define quantum circuits and operations.
//! - [State]: Represents the quantum state of a system, and allows for operations on that state.
//! - [Gate](gate): Defines quantum gates that can be applied to qubits.
//! - [Measurement](measurement): Provides functionality for quantum measurements in the X, Y, Z, and custom bases.
//! - [Operator](operator): Represents quantum operators that can be applied to states.
//! - [pauli_string]: Represents a string of Pauli operators with a coefficient, useful for defining Hamiltonians and other operations.
//! - [Parameter](crate::components::parametric::parameter::Parameter): Represents a dynamic parameter used to construct parametric gates.
//! - [Parametric_Gate](crate::components::parametric::parametric_gate::ParametricGate): A trait for gates that can be parametrised, allowing for dynamic adjustment of gate parameters.

pub mod gate;
#[cfg(feature = "gpu")]
pub(crate) mod gpu_context;
pub mod measurement;
pub mod operator;
pub mod state;
pub mod pauli_string;
pub mod parametric;

// Re-export important types for easier use within the crate
pub use measurement::{MeasurementBasis, MeasurementResult};
pub use state::{ChainableState, State};