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Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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INTEGRATED PHOTONICS AND VACUUM PACKAGE DEVELOPMENT FOR A COLD-ATOM INTERFEROMETER .
Abstract not provided.
Integrated Photonics and Vacuum Package Development for a Cold-Atom Interferometer.
Abstract not provided.
Integrated photonics for trapped ion quantum information experiments at Sandia National Laboratories.
Abstract not provided.
Integrated photonics for trapped-ion quantum computing
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Additively Manufactured Micro-Optics for Dense Multi-Chip Photonic Integration
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Integrated photonics for trapped ion quantum information
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Integrated Photonics Characterization And Design For Optical Quantum Logic
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Transport Enabled Gates with Integrated Photonics on a Surface Electrode Ion Trap
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Integrated photonics for ion traps
NQVL presentation
Multi-site, multi-ensemble integrated photonics ytterbium ion clock
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Transport Enabled Gates with Integrated Photonics on a Surface-Electrode Ion Trap
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Energy efficient integrated photonic systems based on inverse design
The energy footprint of modern information processing and communications systems is immense and utilizes a significant fraction of total global energy usage. Data centers alone consume over 70 billion kilowatt-hours per year. Much of this energy usage is intrinsic to the use of electronic wiring, making optical-based technologies a necessary and promising route to mitigating energy consumption in short- to medium-distance communication links. In this project, we developed and implemented a framework for the design of optical components, based on machine learning, which enables optical components relevant to optical information processing to be realized at their physical performance limits.
Length minimization design considerations in photonic integrated circuits incorporating directional couplers
Because directional couplers involve channel waveguides which are very close to one another, transition regions to regions where channel waveguides are widely separated are utilized. The total length of a directional coupler and transition regions can be minimized for a particular degree of field confinement. Calculations presented for LiNbO3-, GaAlAs-, and SiO2/Si-based optical channel waveguides demonstrate the presence of a minimum total length corresponding to a particular degree of field confinement. The overall length at the minimum is shown to be significantly lower than for other values of field confinement allowing single-mode operation. This implies that either more devices can be integrated on a substrate or that less material is needed for an integrated optical circuit.
Space Qualification of Photonic Integrated Circuits (PICs) for Next Generation Optical Communications
UNKNOWN