Available Technologies

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An adult is inspecting air conditioning units on a roof in an urban setting. The individual is wearing a yellow hardhat, an orange reflective jacket, and blue jeans. Rows of pipes run along the roof, along with the air conditioning units. Image from Envato

Next-Generation Air Handling System

Modern buildings face simultaneous challenges in maintaining thermal comfort, controlling humidity, and ensuring high indoor air quality (IAQ) while also reducing energy consumption and carbon emissions.

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Optimized Gear Selection to Maximize Energy Savings in Electric Traction Drives

Electric traction systems in medium- and heavy-duty vehicles often operate inefficiently because drivetrain designs are constrained by peak performance requirements rather than typical operating conditions.

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LLM and RAG-powered Autonomous Software Development for Creating Scientific Visual Dashboard

We have developed an AI-powered autonomous software development pipeline that is designed to assist domain scientists in creating interactive, web-based visual dashboards for visualizing complex environmental data and simulation outputs.

Machine Learning System for Electronic Navigational Chart Change Classification

Electronic Navigational Charts (ENC) are geospatial vector datasets used in maritime navigation systems that represent hydrographic and navigational information such as depths, navigational aids, and hazards.

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Polarization Agnostic Continuous Variable Quantum Key Distribution

Technologies directed to polarization agnostic continuous variable quantum key distribution are described.

Contact:

To learn more about this technology, email partnerships@ornl.gov or call 865-574-1051.

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Resilient Entanglement Distribution in a Multihop Quantum Network

The development of quantum networking requires architectures capable of dynamically reconfigurable entanglement distribution to meet diverse user needs and ensure tolerance against transmission disruptions.

Quantum-HPC Integration Software Stack Architecture

The invention addresses a key challenge in modern computational science: effectively integrating quantum computing capabilities into existing high-performance computing (HPC) environments.

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Zero-Added-Loss Entanglement Multiplexing Using Time-Bin Spectral Shearing

A ZALM source design is described that leverages time-bin entanglement and uses spectral shearing (a.k.a, serrodyne modulation) for spectral shifts.

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Method for Accurately Increasing the Softening Point of of Coal Tar Pitch

The novel method of increasing the softening point of coal tar liquids/pitches will allow formerly unusable materials to be used in the production of high quality carbon fibers and battery electrodes.

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High Ionic Conductivity Thin Film Electrolytes

Thin film batteries currently rely on thin film electrolytes with ionic conductivities up top 3 x 10-6 S/cm. Improving the rate capability of thin film batteries requires thin film electrolytes with higher ionic conductivities.

Technology Transfer