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Title: One-Pot Wonder. Precision-Crafted Nanocrystals, The Power of Platinum Without the Price. This invention introduces a one-pot synthesis of Mn-based spinel nanocrystals with {101} facets, delivering high ORR efficiency and durability as a cost-effective, non-platinum catalyst for fuel cells. Background: Platinum-based catalysts dominate proton...

tyle> 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...

Title: Smarter Catalyst Design: Low Platinum-Alloy Nanoparticles Make Fuel Cells Cheaper and More Powerful This invention introduces a refined process to produce platinum alloy catalysts with higher performance and durability for fuel cells by using inert/reducing gas treatment and sequential annealing to boost activity, stability, and cost-effectiveness....

A tunable, two-mode synthesis method produces highly uniform PtCo nanoparticles across a broad size range, enabling precise control of catalytic properties for next-generation fuel cells. By optimizing composition, size, and monodispersity, the technology delivers higher activity, greater durability, and reduced platinum usage for improved PEM fuel...

Non-toxic, antimicrobial, impermeable Biodegradable Ternary Co-Polymers Of Poly (Amic) Acid for use as “Intelligent” Packaging Materials. Background: The problems of plastics in the environment have been known for a long time: they persist for a long period of time and are not typically biodegradable. Therefore, there is an increasing...

This invention presents an air stable copper alloy conductive ink that can be printed and sintered at or near room temperature while achieving high conductivity. Its oxidation resistant alloy design and compatibility with heat sensitive substrates enable low cost, flexible, and sustainable electronic manufacturing for wearable devices and printed circuits. Background:...

This invention introduces ε-VOPO₄, a tunnel-structured vanadyl phosphate cathode that enables a two-electron redox reaction with dual voltage plateaus, delivering up to 316 mAh/g capacity and >900 Wh/kg specific energy. Combining stability, scalability, and cost-effective synthesis, it overcomes the energy–safety tradeoffs of LiCoO₂...

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...

Control systems and prediction methods for it cooling performance in containment systems by effectively controlling airflow Background: Containment is becoming a standard modality in data centers today due to its inherent energy efficiency advantages. Cold aisle containment, hot aisle containment, chimney, enclosed racks and rear door heat exchangers...

Energy-aware load direction technique uses front-end switches in a server installation to activate, deactivate and to operate active servers at their peak efficiency levels. Technology Overview: Energy-aware load direction technique uses front-end switches in a server installation to activate, deactivate and to operate active servers at their...