MicroCloud Hologram Unveils Breakthrough Multi-Mode Quantum Grover Algorithm With Scalable FPGA Implementation

MicroCloud Hologram Inc. (NASDAQ:HOLO), ("HOLO" or the "Company"), a technology service provider, proposed an improved quantum Grover algorithm for a complete new technical solution for dynamic multi-mode search on reconfigurable hardware. This technology has achieved breakthrough progress at both the theoretical design and hardware verification levels, realizing efficient simulation of up to 22 qubits on a single FPGA platform, and verifying scalability to 32 qubits through a performance prediction model, providing a verifiable engineering path for quantum acceleration oriented towards multi-mode data search.

The dynamic multi-mode Grover search algorithm proposed by HOLO breaks through the limitations of single-target search in its design concept. Through the reconstruction of the quantum circuit structure and the introduction of reconfigurable logic, the search operator and oracle construction can be dynamically adjusted during runtime to support multi-mode matching. This design allows quantum search to no longer be limited to a single target state but to flexibly switch between multiple target modes, achieving dynamic mode parallel amplification.

The core of this improvement does not lie in simply increasing the number of searches but in introducing dynamically variable phase control logic at the orchestration level of the quantum circuit. HOLO, through modular design, enables the quantum oracle (target recognition module) and diffusion operator (amplitude amplification module) to be implemented on FPGA logic units in a dynamically loaded manner, thereby supporting multi-mode operations at the hardware execution level. This innovative structure allows the quantum search process to run simultaneously in multiple mode spaces, significantly enhancing the algorithm's application flexibility and search efficiency.