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API Reference

QuantumEnhancedLWE Class

Methods

__init__(self, n=256, q=4093, sigma=1.0)

Initializes the Quantum Enhanced LWE system with specified parameters.

  • n: Dimension of the lattice (default: 256)
  • q: Modulus for the lattice (default: 4093)
  • sigma: Standard deviation for error sampling (default: 1.0)

gen_keypair(self)

Generates a public and private key pair for encryption and decryption.

  • Returns: Tuple containing the public key and private key.

encrypt(self, pk, m)

Encrypts a message using the public key.

  • pk: Public key
  • m: Message to encrypt (0 or 1)
  • Returns: Ciphertext as a tuple of (a, c)

decrypt(self, sk, ct)

Decrypts a ciphertext using the private key.

  • sk: Private key
  • ct: Ciphertext to decrypt
  • Returns: Decrypted message (0 or 1)

quantum_enhanced_encrypt(self, pk, m)

Encrypts a message using quantum-enhanced techniques.

  • pk: Public key
  • m: Message to encrypt (0 or 1)
  • Returns: Ciphertext as a tuple of (a, c)

QuantumResonanceCircuit Class

Methods

__init__(self, resonance_freq=4.40e9, coupling_strength=0.1)

Initializes the quantum resonance circuit with specified parameters.

  • resonance_freq: Resonance frequency (default: 4.40 GHz)
  • coupling_strength: Coupling strength between qubits (default: 0.1)

initialize_state(self)

Initializes the quantum state for the circuit.

  • Returns: Initial quantum state as a complex numpy array.

get_hamiltonian(self)

Calculates the Hamiltonian matrix for the circuit.

  • Returns: Hamiltonian matrix as a complex numpy array.

evolve_state(self, state, time)

Evolves the quantum state over time using the Hamiltonian.

  • state: Initial quantum state
  • time: Time duration for evolution
  • Returns: Evolved quantum state as a complex numpy array.