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This technology enables autonomous vehicles to plan high-level tasks and low-level motions in a unified, adaptive framework. By continuously sharing safety and efficiency information between planning layers, vehicles can make smarter decisions in complex, unpredictable urban environments. The result is safer navigation without sacrificing operational...

This innovation integrates transformer and resonant inductors into a single nanocrystalline three-core planar structure for high-frequency CLLC resonant converters. By eliminating discrete magnetics and enabling precise inductance control with reduced losses, it delivers high power density, compact form factor, and exceptional efficiency for next-generation...

This technology introduces a one-step niobium modification that forms a LiNbO₃ surface layer and incorporates Nb⁵⁺ into nickel-rich layered cathodes (e.g., NMC 811). By simultaneously stabilizing the surface and bulk, it achieves higher first-cycle efficiency, faster charge rates, and dramatically improved cycling stability through a simple, scalable...

This invention introduces an electrolytic-capacitor-free LED driver that achieves >94% efficiency, extended operational life, and independent multi-channel dimming in a single compact unit, enabling reliable, energy-optimized lighting for industrial, architectural, and entertainment applications. Background: High-power LED systems require long...

This invention introduces oxide-flake-stabilized liquid metal powders that suppress supercooling, enabling reliable phase transitions for tunable stiffness, thermal management, and adaptive devices. Background: Liquid metal (LM)-based composites are promising for tunable stiffness, shape memory, and thermal management applications in robotics, electronics,...

This invention introduces a regenerative preheater for phase change cooling that reuses waste heat to preheat refrigerant, reducing subcooling, improving efficiency, and eliminating the need for external heaters. Background: Data centers and high-performance computing systems, especially those powering AI, generate extreme heat that challenges cooling...

This invention introduces a compact three-phase bidirectional AC-DC converter that integrates PFC and high-frequency isolation into a single 9-switch stage. By reducing device count, eliminating capacitor DC bias, and enabling soft-switching at >200 kHz, it achieves >98% efficiency with smaller filters and lighter hardware—ideal for EVs,...

This invention introduces a next-generation liquid cooling system that integrates embedded microchannels with cold plates to achieve exceptional heat removal, uniform temperature distribution, and low pressure drop for high-power electronics. Its perpendicular dual-flow design ensures continuous coolant renewal, enabling reliable thermal performance...

This family of capacitor technologies combines ultrathin dielectric nanolaminates, nanostructured electrodes, and cushion layers to deliver high energy density, ultra-fast cycling, and compact, reliable solid-state capacitors. By overcoming the size, efficiency, and safety limits of today’s designs, they enable next-generation electronics from...

Title: Charge Ahead: Scale-Ready Pt₃Ni Nano-Octahedra Boost ORR Speeds and Use Far Less Platinum This invention introduces a scalable wet-chemical process to produce Pt₃Ni nano-octahedra with {111} facets, delivering up to 6x higher oxygen reduction reaction activity while cutting platinum usage. Background: Fuel cell performance is limited by the...