LBTEK-Your Trusted Partner For Optoelectronic Experiments!

Product Description

Real two-bit quantum computing
Strong scalability
Operates at room temperature and atmospheric conditions with zero operating cost

The JZQCE-001 provided by LBTEK is based on a simplified optical quantum computing model, designed to learn basic logic gate operations and logic truth tables. Through specific quantum algorithms, it experimentally demonstrates the acceleration capability of quantum computing. The experiments allow users to understand the complete process of quantum computing from state preparation, input, logic gates to output, comprehend the probabilistic results of quantum computing, and initially explore its acceleration potential. The system consists of three modules: the biphoton state preparation module, the D-J algorithm gate circuit module, and the quantum state measurement module.

Quantum Computing Prototype Teaching Machines

Two-photon state preparation
Single-qubit quantum logic gate experiment
CNOT quantum logic gate experiment
DJ algorithm experiment

This system converts some of the incident photons into biphoton states through the spontaneous parametric down-conversion process in nonlinear crystals. Then, by combining wave plates, partial polarizing beam splitters, and other linear optical components, four types of D-J algorithm gate circuits are implemented. By rotating the angles of the wave plates and combining them with polarizing beam splitters, projection measurement results under different basis vectors are obtained, ultimately yielding the output state. This system can perform single-qubit quantum logic gate experiments, two-qubit quantum logic gate experiments, and Deutsch-Jozsa algorithm demonstrations.

When moving the horizontal displacement stage, it conforms to the corresponding curve.

	Product Model	Light source wavelength	Light Source Power	Total power consumption	Unit Price	Compare	Lead Time
	JZQCE-001	405±2 nm	≥50 mW	24 W	Contact		5 weeks