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Quantum Electromagnetics Division

Our mission is to provide the metrological foundation for strategic, emerging electronic, magnetic, and photonic technologies by developing high-precision measurement devices, systems, standards, and methodologies and disseminating them to address national needs.

We interact and collaborate with stakeholders in industry, academia, and other government agencies to ensure that we are responsive to their measurement needs in quantum electrical standards; advanced materials analysis using X-ray sensor arrays; superconducting electronics and nanomagnetics for high-speed, energy-efficient, future generation computing; and quantitative medical diagnostic imaging.

News and Updates

Uncrunching the Frequency Spectrum

The squeeze is here, and the crunch is coming. Soon. Explosive demand for high-speed wireless communication is placing growing pressure on the limited frequency

Events

Projects and Programs

Spintronics for Neuromorphic Computing

One of the most promising new approaches to next generation information processing is spintronics, where information is carried with electronic spin rather than

Qubits

The Qubits Project develops new geometries for superconducting quantum binary devices as fundamental building blocks for quantum computing.

Spin Dynamics and Magnetic Microscopy

The Spin Dynamics and Magnetic Microscopy Project develops metrology for magnetodynamic effects such as ferromagnetic resonance, switching, and damping. We

Amplifiers

To process quantum information it is important to have amplifiers with wide bandwidth, high dynamic range, and low noise.

Awards

Patents

Optical Phantom for Producing a Time-Resolved Diffuse Reflectance Spectrum

NIST Inventors
Jeeseong C. Hwang
Patent Description Physikalisch-Technische Bundesanstalt (PTB) and NIST jointly developed a concept for a waveform synthesizer which can generate a controlled waveform with several picosecond (ps) time resolution. In a light-diffusing material, characteristics of the time-of-flight distribution (e.g

X-Ray Spectrometer

NIST Inventors
Joel Ullom, Galen O'Neil, Luis Miaja Avila, Kevin L. Silverman, Daniel Swetz, Ralph Jimenez, W.Bertrand (Randy) Doriese, Gene C. Hilton, Carl D. Reintsema, Dan Schmidt and Bradley Alpert
Patent Description Presently, there are no commercial tools for x-ray absorption and emission spectroscopy with picosecond time resolution. Additionally, there are no table-top tools for x-ray emission spectroscopy with picosecond time resolution. Previously, x-ray emission spectroscopy with this
Step-by-step process for making a self-aligned waveguide

Process for Making a Self-Aligned Waveguide

NIST Inventors
David P. Pappas
Patent Description This invention enables practitioners to achieve very narrow gaps, down to 0.1 µm, on long coplanar waveguides using optical lithography. This process is shown below. In step 1, a mask is defined on top of the metallic material to be used as the center trace of the coplanar

Contacts

Division Chief

Division Secretary

Science Advisor