Self-Recharging Power With Foundry-Ready Design

The fifth embodiment in the consolidated patent application 19/540,453 is a quantum battery system that uses LED nano-charging and quantum-dot arrays to provide a self-recharging power source. Efficiency is specified in the range of 84–98%. The system includes an LED power recycling circuit, optical quantum battery structure, and optionally CMOS integration and programmable configurations. Foundry-ready design and GDSII generation tools support manufacturing.

Applications span IoT, electric vehicles, grid storage, data centers, medical devices, and aerospace. In the same application, the electric jet and the war satellite both use this battery as their primary power source, so the battery is not only a standalone product but the enabler for two other portfolio inventions.

Why “Quantum” and “Nano-Charging”

Quantum-dot arrays and LED-based nano-charging allow energy capture and recycling at scales and through mechanisms that differ from conventional electrochemical cells. The patent specifies the structure (e.g., stacked cells, LED nano-charging array, power output) and the efficiency range, so that licensees and foundries have a clear target. GDSII and foundry readiness mean the design can be taken into semiconductor and advanced manufacturing workflows.

Figure 5 in the specification is an exploded view of stacked cells, LED array, and power output. The USPTO electronic payment receipt for the overall application (19/540,453) shows a filing date of February 13, 2026, 7:14:20 PM ET, with Confirmation # 1134 and Patent Center # 74480330.

Source: US Patent Application 19/540,453, Section 8.5; USPTO receipt N417.PYMT.

Masonry view